CN206634066U - A kind of flexible carriage frame - Google Patents
A kind of flexible carriage frame Download PDFInfo
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- CN206634066U CN206634066U CN201621251333.2U CN201621251333U CN206634066U CN 206634066 U CN206634066 U CN 206634066U CN 201621251333 U CN201621251333 U CN 201621251333U CN 206634066 U CN206634066 U CN 206634066U
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Abstract
A kind of flexible carriage frame provided by the utility model includes：Vehicle car, four wheels and the multiple seats formed by multiple compartments, multiple scalable compartments transversely scalable are installed together with longitudinal direction respectively, four wheels are respectively distributed in the lateral location at four angles of vehicle bottom and by chain and sprocket wheel synchronized links to steering wheel, multiple seats include a fixing seat and multiple rumble seats, fixing seat is arranged on behind the steering wheel, and multiple rumble seats are separately positioned on the rear portion or right side in scalable compartment.The utility model is applied to New energy electric vehicle, its motor is integrated with wheel to reduce engine, fuel tank, transmission mechanism etc., in addition, four wheels realize 180 ° of rotations by steering wheel control, and lateral parking technology makes the wheel anglec of rotation be more suitable for dilatation vehicle side coil telescopic adjustment.
Description
Technical field
It the utility model is related to technical field of vehicle, and in particular to a kind of flexible carriage frame.
Background technology
At present, the popularization of vehicle makes urban transportation increasingly congestion, stops more and more difficult, day of the original vehicle to people
Often life is brought conveniently, has saved many valuable times, but because the congestion of road and parking difficulty cause the quality time
Waste, be allowed to lose more than gain.
In view of the foregoing, a kind of structurally simple, economical efficient dilatation vehicle is needed badly, according to manned and loading
Situation suitably changes the size of vehicle, i.e. width, length and height, as one-seater electric vehicle or three-wheel when one-man uses
Size as car, the even more more people of two people using when vehicle can be improved by the width of vehicle of stretching, length and height
Capacity；When vehicle stops to parking stall, the vehicle that can take normal five people shortens the size of original a quarter into, so as to save
Accident occurs for about parking space, road or makes vehicle narrow when other situations get congestion to improve traffic efficiency.
Utility model content
The purpose of this utility model is to provide a kind of width, length and the flexible vehicle of height, makes existing car
The space-consuming for making its less is reduced as far as possible when unloaded, vacant, to solve traffic congestion, parking difficulty and finite capacity
The problems such as.
To achieve the above object, the utility model provides a kind of flexible carriage frame, including：It is multiple scalable
Vehicle car, four wheels and the multiple seats that compartment is formed, multiple scalable compartments respectively transversely with the scalable peace in longitudinal direction
It is fitted together, four wheels are respectively distributed to synchronously connect in the lateral location at four angles of vehicle bottom and by chain and sprocket wheel
It is connected to steering wheel, four wheels realize 180 ° of rotation by steering wheel control, and multiple seats include a fixing seat and multiple
Rumble seat, fixing seat are arranged on behind the steering wheel, after multiple rumble seats are separately positioned on scalable compartment
Portion or right side.
Above-mentioned a kind of flexible carriage frame disclosed in the utility model, further, multiple scalable compartment edges
Vertical and horizontal form the scalable vehicle system at least one longitudinal direction and the scalable vehicle system of at least one transverse direction respectively, each
The scalable vehicle system in longitudinal direction includes the scalable compartment of multiple longitudinal arrangements, and each laterally scalable vehicle system includes multiple
Transversely arranged scalable compartment.
Above-mentioned a kind of flexible carriage frame disclosed in the utility model, further, multiple scalable compartment edges
Vertical direction forms at least one vertical retractable vehicle system, and each vertical retractable vehicle system includes vertically arranging
The scalable compartment in the scalable compartment in top and bottom of row, each scalable car at least one vertical retractable vehicle system
The scalable compartment in top in railway carriage or compartment carries out vertical telescopic outside the scalable compartment in bottom.
Above-mentioned a kind of flexible carriage frame disclosed in the utility model, further, scalable compartment it is each
Compartment panels outside is equipped with connection housing, and the compartment panel in multiple scalable compartments is connected through housing and forms each vehicle
Compartment panel.
Above-mentioned a kind of flexible carriage frame disclosed in the utility model, further, scalable car longitudinally in each
The scalable compartment of multiple longitudinal arrangements of railway carriage or compartment system connects housing on each vehicle car panel along the more piece of longitudinal arrangement
It is scalable respectively to connect together to form a scalable housing in longitudinal direction, multiple laterally rows of each laterally scalable vehicle system
Housing is scalable respectively is socketed in one for horizontal arranged more piece connection on each vehicle car panel in the scalable compartment of row
Rise and form a scalable housing of transverse direction, positioned at the scalable housing of vehicle car bottom plate or the outermost longitudinal direction of vehicle car top plate
Both ends and laterally the both ends of scalable housing are joined together to form vehicle car bottom plate housing or vehicle car top plate housing.
Above-mentioned a kind of flexible carriage frame disclosed in the utility model, further, each vertical retractable car
The scalable compartment in the scalable compartment in the top vertically arranged and bottom of railway carriage or compartment system edge on each vehicle car side plate
Housing is scalable respectively connects together to form a vertical retractable housing for the more piece connection of vertical direction arrangement, positioned at vehicle
The two of the scalable housing of both ends/transverse direction of the scalable housing in both ends and longitudinal direction of the outermost vertical retractable housing of car side board
End is joined together to form each vehicle car side plate housing.
Above-mentioned a kind of flexible carriage frame disclosed in the utility model, further, each vehicle car panel
Vehicle car bottom plate housing, vehicle car top plate housing or each vehicle car side plate housing be mounted respectively to each vehicle car
Railway carriage or compartment panel stretches roof beam structure, wherein, the corresponding each vehicle of each vehicle car side plate housing and vehicle car top plate housing
Lift telescopic device is provided between the flexible roof beam structure of compartment panel, the flexible roof beam structure of each vehicle car panel is mounted to each other shape
Stretched roof beam structure into vehicle car, the vehicle car roof beam structure that stretches includes being connected to each other four longitudinal extension beams of installation, four transverse directions
Extensible canopy and four vertical telescopic beams, every longitudinal extension beam, every transversal stretching beam and every vertical telescopic beam include more
Save extensible canopy, the multi-joint telescoping beam of longitudinal extension beam respectively with vehicle car bottom plate housing or vehicle car top plate housing or each
The more piece connection housing of the scalable housing in longitudinal direction of vehicle car side plate housing, which corresponds, to be installed together, transversal stretching beam
The multi-joint telescoping beam transverse direction with vehicle car bottom plate housing, vehicle car top plate housing or each vehicle car side plate housing respectively
The more piece connection housing of scalable housing, which corresponds, to be installed together, the multi-joint telescoping beam of vertical telescopic beam respectively with each car
The more piece connection housing of the vertical retractable housing of car side board housing, which corresponds, to be installed together, vehicle car bottom plate and
The both ends of the scalable housing in multiple longitudinal directions on vehicle car top plate are individually secured to vehicle car bottom plate and vehicle car top plate
On two transversal stretching beams of upper rear and front end, the both ends point of upper multiple vertical retractable housings of each vehicle car panel
It is not fixed on two vertical telescopic beams of upper and lower ends on each vehicle car panel.
Above-mentioned a kind of flexible carriage frame disclosed in the utility model, further, at least one longitudinal direction can stretch
The platform floor in each scalable compartment in contracting vehicle system is indulged below the platform floor in previous scalable compartment
To flexible, the platform floor in each scalable compartment at least one scalable vehicle system of transverse direction is in adjacent one in left side
Carry out transversal stretching below the platform floor in scalable compartment, it is each scalable at least one scalable vehicle system in longitudinal direction
The compartment roof plate in compartment carries out longitudinal extension on the compartment roof plate in previous scalable compartment, and at least one transverse direction is scalable
The compartment roof plate in each scalable compartment in vehicle system is on the compartment roof plate in an adjacent scalable compartment of left side
Carry out transversal stretching；Vehicle system scalable longitudinally in each at least one scalable vehicle system in longitudinal direction is arranged on and its phase
Each transverse direction below the scalable vehicle system in longitudinal direction in adjacent left side or in the scalable vehicle system of at least one transverse direction can
Flexible vehicle system is arranged on below the scalable vehicle system of transverse direction in left side adjacent thereto.
Above-mentioned a kind of flexible carriage frame disclosed in the utility model, further, multiple rumble seats include
At least one fold back seat and multiple side rumble seats, at least one seat that folds back are separately fixed at positioned at most left
On the center section of connection housing behind the platform floor in multiple scalable compartments of the row of side one, multiple side rumble seat bags
Include at least one first side rumble seat and at least one second side rumble seat, at least one first side rumble seat
It is separately fixed at platform floor right flanks in addition to positioned at the row of the leftmost side one and positioned at front-seat multiple scalable compartments
Connect housing middle forward portion on, at least one second side rumble seat be separately fixed at except be located at the row of the leftmost side one with
On the rear part of the connection housing of the platform floor right flank in outer multiple scalable compartments.
Above-mentioned a kind of flexible carriage frame disclosed in the utility model, further, each vehicle car side plate
The scalable housing of transverse direction on housing top and the vehicle car stretch roof beam structure top transversal stretching beam between be provided with multiple the
One hinge, the scalable housing of transverse direction of the outer frame bottom of each vehicle car side plate and the horizontal stroke of the flexible roof beam structure bottom of the vehicle car
To the multiple first locks are provided between extensible canopy, multiple first axles are separately positioned on each vehicle car side plate housing top
Laterally on the tie point of the transversal stretching beam on the flexible roof beam structure top of scalable housing and vehicle car, multiple first locks are set respectively
Put the scalable housing of transverse direction of the frame bottom outside each vehicle car side plate and the transversal stretching of the flexible roof beam structure bottom of vehicle car
On the tie point of beam, multiple first axles and multiple first are latched on upper-lower position and corresponded；Each vehicle car side plate
The multiple second hinges are provided between the longitudinal extension beam on the flexible roof beam structure top of the scalable housing in longitudinal direction and vehicle car on housing top
Chain, the scalable housing in longitudinal direction of the outer frame bottom of each vehicle car side plate and the longitudinal direction of the flexible roof beam structure bottom of the vehicle car are stretched
The multiple second locks are provided between contracting beam, multiple second hinges are separately positioned on each vehicle car side plate housing top
On the tie point of the scalable housing in longitudinal direction and the longitudinal extension beam on the flexible roof beam structure top of vehicle car, multiple second locks are set respectively
Put the scalable housing in longitudinal direction of the frame bottom outside each vehicle car side plate and the longitudinal extension of the flexible roof beam structure bottom of vehicle car
On the tie point of beam, multiple second hinges and the multiple second are latched on upper-lower position and corresponded；Vehicle car top plate
Between the anterior scalable housing of transverse direction of housing and the transversal stretching beam positioned at front part of vehicle on the flexible roof beam structure top of vehicle car
Provided with multiple third hinges, the flexible roof beam structure top of the scalable housing of transverse direction and vehicle car at vehicle car top plate housing rear portion
Multiple three locks are provided between the transversal stretching beam of vehicle rear, multiple third hinges are separately positioned on vehicle car top
The transversal stretching beam positioned at front part of vehicle on the flexible roof beam structure top of the scalable housing of transverse direction and vehicle car of plate housing front portion
On tie point, multiple 3rd locks are separately positioned on the scalable housing of transverse direction and vehicle car at vehicle car top plate housing rear portion
Flexible roof beam structure top on the tie point of the transversal stretching beam of vehicle rear, multiple third hinges and the multiple 3rd latch in
Corresponded on upper-lower position.
The utility model has the following advantages that：
A kind of flexible carriage frame disclosed in the utility model is applied to New energy electric vehicle, its motor
It is integrated with wheel to reduce engine, fuel tank, transmission mechanism etc., in addition, four wheels are controlled in fact by the steering wheel
Existing 180 ° of rotations, lateral parking technology make the wheel anglec of rotation be more suitable for dilatation vehicle side coil telescopic adjustment, can
Make to reduce the space-consuming for making its less as far as possible when existing vehicle is unloaded, vacant, to solve traffic congestion, parking difficulty and
The problems such as finite capacity.
Brief description of the drawings
Fig. 1 is schematic diagram when a kind of flexible carriage frame disclosed in the utility model is in contraction state.
Fig. 2 is schematic diagram when a kind of flexible carriage frame disclosed in the utility model is in longitudinal direction expansion.
Fig. 3 is schematic diagram when a kind of flexible carriage frame disclosed in the utility model is in horizontal spreading.
When Fig. 4 is that a kind of flexible carriage frame disclosed in the utility model is in horizontal spreading and longitudinal direction expansion
Schematic diagram.
Fig. 5 is a kind of knot of one of vehicle car panel of flexible carriage frame disclosed in the utility model
Structure schematic diagram.
Fig. 6 is the vehicle car bottom plate of a kind of flexible carriage frame disclosed in the utility model and a vehicle car
The structural representation that railway carriage or compartment side plate is connected.
Fig. 7 is seat when a kind of flexible carriage frame disclosed in the utility model is in horizontal spreading and longitudinal direction expansion
The distribution schematic diagram of chair.
Fig. 8 is that the distribution of seat when a kind of flexible carriage frame disclosed in the utility model is in longitudinal direction expansion is shown
It is intended to.
Fig. 9 is that a kind of distribution of seat when flexible carriage frame is in contraction state disclosed in the utility model is shown
It is intended to.
Figure 10 be a kind of flexible carriage frame disclosed in the utility model one of vehicle car side plate or
The structural representation of expansion bend, hinge and lock distribution is lifted on vehicle car side plate.
Figure 11 is a kind of schematic side view of flexible carriage frame disclosed in the utility model.
Figure 12 is the vehicle car foreboard and vehicle car of a kind of flexible carriage frame disclosed in the utility model
Schematic side view when back plate is opened.
Figure 13 is the vehicle car left plate or vehicle car of a kind of flexible carriage frame disclosed in the utility model
Schematic side view when right panel is opened.
Figure 14 is car when a kind of scalable compartment of flexible carriage frame is raised above disclosed in the utility model
The schematic side view that vehicle carriage front plate and vehicle car back plate are opened.
Figure 15 is that a kind of scalable compartment of flexible carriage frame is raised above and indulged disclosed in the utility model
The schematic side view opened to vehicle car foreboard during expansion and vehicle car back plate.
Embodiment
Following examples are used to illustrate the utility model, but are not limited to the scope of the utility model.
Embodiment 1
Referring to figs. 1 to Fig. 4, a kind of flexible carriage frame in the present embodiment is applied to New energy electric vehicle,
The motor of New energy electric vehicle reduces engine, fuel tank, transmission mechanism etc., flexible with the integrated of wheel
Carriage frame includes：The vehicle car 01 and four wheels 02 formed by nine scalable compartments 04, nine scalable compartments 04
Transversely it is installed together respectively with longitudinally scalable, four wheels 02 are respectively distributed to the side position at four angles of vehicle bottom
Put and controlled and realized by steering wheel by chain and sprocket wheel synchronized links to steering wheel (not shown), four wheels 04
180 ° of rotations.As shown in Figure 1, Figure 2 and Figure 4, the flexible vehicle in the present embodiment is in contraction state and prepared to forward
When entering, or during the expansion of longitudinal direction, or after horizontal spreading and longitudinal direction expansion when preparing to advance forward, four synchronous rotaries of wheel 02 are to vertical
To perform the preparation for moving ahead or retreating, as shown in figure 3, when horizontal spreading, four synchronous rotaries of wheel 02 are to transverse direction to make
The preparation of good horizontal spreading.
Further, nine scalable compartments 04 formed respectively along vertical and horizontal three scalable vehicle systems in longitudinal direction and
Three scalable vehicle systems of transverse direction, longitudinally in each scalable vehicle system include the scalable compartment of three longitudinal arrangements, often
The individual scalable vehicle system of transverse direction includes three transversely arranged scalable compartments.
With reference to figure 5 and Fig. 6, the outside of each compartment panel 05 in scalable compartment 04 is equipped with connection housing 06, Duo Geke
The compartment panel 05 in flexible compartment 04 is connected through housing 06 and forms each vehicle car panel 07, longitudinally in each scalable car
The scalable compartment of three longitudinal arrangements of railway carriage or compartment system connects outer on each vehicle car panel 05 along the more piece of longitudinal arrangement
Frame is scalable respectively to connect together to form the scalable housing 08 in a longitudinal direction, three horizontal strokes of each laterally scalable vehicle system
The more piece connection housing horizontal arranged on each vehicle car panel 05 to the scalable compartment of arrangement distinguishes scalable set
It is connected together to form the scalable housing 09 of a transverse direction, can positioned at vehicle car bottom plate or the outermost longitudinal direction of vehicle car top plate
The both ends of flexible housing and the both ends of horizontal scalable housing are joined together to form vehicle car bottom plate housing or vehicle car
Top plate housing.
In addition, multiple scalable compartments vertically form at least one vertical retractable vehicle system, with reference to figure 5,
Each vertical retractable vehicle system includes the scalable compartment 26 in the scalable compartment 25 in top and bottom vertically arranged,
The scalable compartment 25 in top in each scalable compartment at least one vertical retractable vehicle system is in the scalable car in bottom
The outside of railway carriage or compartment 26 carries out vertical telescopic, the scalable compartment 25 in the top vertically arranged of each vertical retractable vehicle system
It is scalable that the more piece that compartment 26 scalable with bottom vertically arranges on each vehicle car side plate connects housing difference
Connect together to form a vertical retractable housing 10, positioned at the two of the outermost vertical retractable housing of vehicle car side plate
The both ends of the scalable housing of both ends/transverse direction of the scalable housing in end and longitudinal direction are joined together to form outside each vehicle car side plate
Frame.
Further, vehicle car bottom plate housing, vehicle car top plate housing or each car of each vehicle car panel
Car side board housing is mounted respectively to each vehicle car panel and stretched roof beam structure, and each vehicle car panel stretches roof beam structure each other
It is installed together to form the flexible roof beam structure of vehicle car, the flexible roof beam structure of vehicle car includes four longitudinal extensions of the installation that is connected to each other
11, four transversal stretching beams 12 of beam and four vertical telescopic beams 13, every longitudinal extension beam 11, every transversal stretching beam 12 and every
Root vertical telescopic beam 13 includes multi-joint telescoping beam 14, the multi-joint telescoping beam 14 of longitudinal extension beam 11 respectively with vehicle car bottom plate
The more piece connection housing one of the scalable housing in longitudinal direction of housing or vehicle car top plate housing or each vehicle car side plate housing
One it is corresponding be installed together, the multi-joint telescoping beam 14 of transversal stretching beam 12 respectively with vehicle car bottom plate housing, vehicle car top
The more piece connection housing of the scalable housing of transverse direction of plate housing or each vehicle car side plate housing, which corresponds, to be installed together,
The multi-joint telescoping beam 14 of vertical telescopic beam 13 connects with the more piece of the vertical retractable housing of each vehicle car side plate housing respectively
Connect housing one-to-one corresponding to be installed together, two of the scalable housing in multiple longitudinal directions on vehicle car bottom plate and vehicle car top plate
End is individually secured on two transversal stretching beams of rear and front end on vehicle car bottom plate and vehicle car top plate, each vehicle car
The both ends of upper multiple vertical retractable housings of railway carriage or compartment panel are individually secured to two of upper and lower ends on each vehicle car panel
On root vertical telescopic beam.
Further, the platform floor in each scalable compartment in the scalable vehicle system at least one longitudinal direction is previous
Carry out longitudinal extension below the platform floor in individual scalable compartment, each at least one scalable vehicle system of transverse direction stretches
The platform floor in contracting compartment carries out transversal stretching below the platform floor in an adjacent scalable compartment of left side, at least one
The compartment roof plate in each scalable compartment in the scalable vehicle system in longitudinal direction is on the compartment roof plate in previous scalable compartment
Face carries out longitudinal extension, and the compartment roof plate in each scalable compartment at least one scalable vehicle system of transverse direction is in left side phase
Transversal stretching is carried out above the compartment roof plate in an adjacent scalable compartment；It is every at least one scalable vehicle system in longitudinal direction
The individual scalable vehicle system in longitudinal direction is arranged on below the scalable vehicle system in longitudinal direction in left side adjacent thereto or at least one
The transverse direction that the scalable vehicle system of each transverse direction in horizontal scalable vehicle system is arranged on left side adjacent thereto is scalable
Below vehicle system.
With reference to figure 7 and Fig. 8 and Fig. 9, a kind of flexible carriage frame in the present embodiment, in addition to multiple seats
03, multiple seats include a fixing seat 15 and multiple rumble seats 16, and fixing seat setting 03 is in the steering wheel (in figure
It is not shown) behind, multiple rumble seats 16 are separately positioned on the rear portion or right side in scalable compartment.
Further, multiple rumble seats 16 include at least one seat 17 and multiple side rumble seats of folding back
18, at least one seat 17 that folds back is separately fixed at after the platform floor in multiple scalable compartments of the row of the leftmost side one
On the center section of the connection housing in face, multiple side rumble seats 18 are including at least one first side rumble seat 19 and extremely
A few second side rumble seat 20, at least one first side rumble seat 19, which is separately fixed to remove, is located at the row of the leftmost side one
In addition and on the middle forward portion of the connection housing of platform floor right flank positioned at front-seat multiple scalable compartments, extremely
A few second side rumble seat 20 is separately fixed at the compartment in multiple scalable compartments in addition to positioned at the row of the leftmost side one
On the rear part of the connection housing of bottom plate right flank.
With reference to figure 10, above-mentioned a kind of flexible carriage frame disclosed in the utility model, further, each vehicle
The scalable housing 09 of transverse direction on car side board housing top and the vehicle car stretch roof beam structure top transversal stretching beam 12 it
Between be provided with multiple first axles 21, the scalable housing 09 of transverse direction and the vehicle car of the outer frame bottom of each vehicle car side plate
The multiple first locks 22 are provided between the transversal stretching beam 12 of flexible roof beam structure bottom, multiple first axles 21 are separately positioned on each
The transversal stretching beam 12 on the flexible roof beam structure top of the scalable housing 09 of transverse direction and vehicle car on vehicle car side plate housing top
On tie point, multiple first locks 22 are separately positioned on the scalable He of housing 09 of transverse direction of the outer frame bottom of each vehicle car side plate
On the tie point of the transversal stretching beam 09 of the flexible roof beam structure bottom of vehicle car, multiple first axles 21 and multiple first locks 22 exist
Corresponded on upper-lower position；With it is above-mentioned similarly, the scalable housing in longitudinal direction and vehicle on each vehicle car side plate housing top
Multiple second hinges 24 are provided between the longitudinal extension beam on the flexible roof beam structure top in compartment, the outer frame bottom of each vehicle car side plate
The multiple second locks are provided between the scalable housing in longitudinal direction and the longitudinal extension beam of the flexible roof beam structure bottom of the vehicle car, it is multiple
Second hinge 24 is separately positioned on the scalable housing in longitudinal direction on each vehicle car side plate housing top and vehicle car is stretched
On the tie point of the longitudinal extension beam on contracting roof beam structure top, multiple second locks are separately positioned under each vehicle car side plate housing
On the tie point of the longitudinal extension beam of the flexible roof beam structure bottom of the scalable housing in longitudinal direction and vehicle car in portion, multiple second hinges 24
Latch on upper-lower position and correspond with the multiple second；The anterior scalable housing of transverse direction of vehicle car top plate housing and
Multiple third hinges, vehicle car top are provided between the transversal stretching beam positioned at front part of vehicle on the flexible roof beam structure top of vehicle car
The scalable housing of transverse direction and vehicle car at plate housing rear portion stretch roof beam structure top the transversal stretching beam positioned at vehicle rear it
Between be provided with multiple three locks, multiple third hinges are separately positioned on the anterior scalable housing of transverse direction of vehicle car top plate housing
With vehicle car stretch roof beam structure top on the tie point of the transversal stretching beam of front part of vehicle, it is multiple three lock set respectively
That puts the flexible roof beam structure top of the scalable housing of transverse direction and vehicle car at vehicle car top plate housing rear portion is located at vehicle rear
Transversal stretching beam tie point on, multiple third hinges and the multiple 3rd are latched on upper-lower position and corresponded.
In addition, each vehicle car side plate housing and the corresponding each vehicle car panel of vehicle car top plate housing
Flexible roof beam structure between be provided with lift telescopic device 23, so, with reference to figures 11 to Figure 15, each vehicle car side plate can pass through liter
Drop expansion bend 23 is outwardly opened, and vehicle car top plate can be opened up by lift telescopic device 23.
Although above having made detailed description to the utility model with generality explanation and specific embodiment,
On the basis of the utility model, it can be made some modifications or improvements, this is apparent to those skilled in the art
's.Therefore, the these modifications or improvements on the basis of without departing from the utility model spirit, belonging to the utility model will
Seek the scope of protection.
Claims (10)
- A kind of 1. flexible carriage frame, it is characterised in that：The flexible vehicle includes：Multiple scalable compartments The vehicle car of formation, four wheels and multiple seats, the multiple scalable compartment respectively transversely with the scalable peace in longitudinal direction It is fitted together, it is in the lateral location at four angles that four wheels are respectively distributed to vehicle bottom and same by chain and sprocket wheel Step is connected to steering wheel, and four wheels realize 180 ° of rotations by steering wheel control, and the multiple seat includes one Individual fixing seat and multiple rumble seats, the fixing seat are arranged on behind the steering wheel, the multiple rumble seat It is separately positioned on the rear portion or right side in scalable compartment.
- A kind of 2. flexible carriage frame according to claim 1, it is characterised in that：The multiple scalable compartment edge Vertical and horizontal form the scalable vehicle system at least one longitudinal direction and the scalable vehicle system of at least one transverse direction respectively, each The scalable vehicle system in longitudinal direction includes the scalable compartment of multiple longitudinal arrangements, and each laterally scalable vehicle system includes multiple Transversely arranged scalable compartment.
- A kind of 3. flexible carriage frame according to claim 2, it is characterised in that：The multiple scalable compartment edge Vertical direction forms at least one vertical retractable vehicle system, and each vertical retractable vehicle system includes vertically arranging The scalable compartment in the scalable compartment in top and bottom of row, each at least one vertical retractable vehicle system stretch The scalable compartment in top in contracting compartment carries out vertical telescopic outside the scalable compartment in bottom.
- 4. according to a kind of flexible carriage frame of claim 1 or 2 or 3, it is characterised in that：The scalable compartment Each compartment panels outside be equipped with connection housing, the compartment panel in the multiple scalable compartment is connected through housing shape Into each vehicle car panel.
- A kind of 5. flexible carriage frame according to claim 2, it is characterised in that：The car scalable longitudinally in each The scalable compartment of multiple longitudinal arrangements of railway carriage or compartment system connects housing on each vehicle car panel along the more piece of longitudinal arrangement It is scalable respectively to connect together to form a scalable housing in longitudinal direction, multiple horizontal strokes of each laterally scalable vehicle system The more piece connection housing horizontal arranged on each vehicle car panel to the scalable compartment of arrangement distinguishes scalable socket A scalable housing of transverse direction is formed together, it is scalable positioned at vehicle car bottom plate or the outermost longitudinal direction of vehicle car top plate The both ends of housing and the both ends of horizontal scalable housing are joined together to form vehicle car bottom plate housing or vehicle car top plate Housing.
- A kind of 6. flexible carriage frame according to claim 3, it is characterised in that：Each vertical retractable car The scalable compartment in the scalable compartment in the top vertically arranged and bottom of railway carriage or compartment system edge on each vehicle car side plate Housing is scalable respectively connects together to form a vertical retractable housing for the more piece connection of vertical direction arrangement, positioned at vehicle The two of the scalable housing of both ends/transverse direction of the scalable housing in both ends and longitudinal direction of the outermost vertical retractable housing of car side board End is joined together to form each vehicle car side plate housing.
- A kind of 7. flexible carriage frame according to claim 4, it is characterised in that：Each vehicle car panel Vehicle car bottom plate housing, vehicle car top plate housing or each vehicle car side plate housing be mounted respectively to each vehicle car Railway carriage or compartment panel stretches roof beam structure, wherein, the corresponding each vehicle of each vehicle car side plate housing and vehicle car top plate housing Lift telescopic device is provided between the flexible roof beam structure of compartment panel, the flexible roof beam structure of each vehicle car panel is mountable to each other in one Rise and form the flexible roof beam structure of vehicle car, flexible four piece longitudinal extension beams of the roof beam structure including the installation that is connected to each other of the vehicle car, Four transversal stretching beams and four vertical telescopic beams, every longitudinal extension beam, every transversal stretching beam and every vertical telescopic beam Include multi-joint telescoping beam, the multi-joint telescoping beam of the longitudinal extension beam respectively with vehicle car bottom plate housing or vehicle car top The more piece connection housing of the scalable housing in longitudinal direction of plate housing or each vehicle car side plate housing, which corresponds, to be installed together, The multi-joint telescoping beam of the transversal stretching beam respectively with vehicle car bottom plate housing, vehicle car top plate housing or each vehicle car The scalable housing of transverse direction of railway carriage or compartment side plate housing more piece connection housing correspond is installed together, the vertical telescopic beam it is more Section extensible canopy is connected housing with the more piece of the vertical retractable housing of each vehicle car side plate housing and corresponds installation respectively Together, the both ends of the scalable housing in multiple longitudinal directions on vehicle car bottom plate and vehicle car top plate are individually secured to vehicle car On railway carriage or compartment bottom plate and vehicle car top plate on two transversal stretching beams of rear and front end, the upper of each vehicle car panel multiple is hung down The both ends of straight scalable housing are individually secured on two vertical telescopic beams of upper and lower ends on each vehicle car panel.
- A kind of 8. flexible carriage frame according to claim 2, it is characterised in that：At least one longitudinal direction can stretch The platform floor in each scalable compartment in contracting vehicle system is indulged below the platform floor in previous scalable compartment To stretching, the platform floor in each scalable compartment at least one scalable vehicle system of transverse direction is adjacent in left side Carry out transversal stretching below the platform floor in one scalable compartment, it is every at least one scalable vehicle system in longitudinal direction The compartment roof plate in individual scalable compartment carries out longitudinal extension on the compartment roof plate in previous scalable compartment, and described at least one The compartment roof plate in each scalable compartment in the individual scalable vehicle system of transverse direction is in an adjacent scalable compartment of left side Transversal stretching is carried out above compartment roof plate；Compartment scalable longitudinally in each in the scalable vehicle system at least one longitudinal direction System is arranged on below the scalable vehicle system in longitudinal direction in left side adjacent thereto or the scalable car of at least one transverse direction The scalable vehicle system of each transverse direction in the system of railway carriage or compartment is arranged under the scalable vehicle system of transverse direction in left side adjacent thereto Face.
- A kind of 9. flexible carriage frame according to claim 1, it is characterised in that：The multiple rumble seat includes At least one fold back seat and multiple side rumble seats, at least one seat that folds back, which is separately fixed at, to be located at On the center section of connection housing behind the platform floor in multiple scalable compartments of the row of the leftmost side one, the multiple side folding Folded seat includes at least one first side rumble seat and at least one second side rumble seat, and described at least one first Side rumble seat is separately fixed at compartment that is in addition to positioned at the row of the leftmost side one and being located at front-seat multiple scalable compartments On the middle forward portion of the connection housing of bottom plate right flank, at least one second side rumble seat, which is separately fixed at, to be removed On the rear part of the connection housing of the platform floor right flank in multiple scalable compartments beyond the row of the leftmost side one.
- A kind of 10. flexible carriage frame according to claim 7, it is characterised in that：Each vehicle car side It is provided between the scalable housing of transverse direction on plate housing top and the transversal stretching beam on the flexible roof beam structure top of the vehicle car multiple First axle, the scalable housing of transverse direction and the vehicle car of the outer frame bottom of each vehicle car side plate stretch under roof beam structure The multiple first locks are provided between the transversal stretching beam in portion, the multiple first axle is separately positioned on each vehicle car On the tie point of the scalable housing of transverse direction on side plate housing top and the transversal stretching beam on the flexible roof beam structure top of the vehicle car, The multiple first lock is separately positioned on the scalable housing of transverse direction of the outer frame bottom of each vehicle car side plate and described On the tie point of the transversal stretching beam of the flexible roof beam structure bottom of vehicle car, the multiple first axle and the multiple first lock Corresponded on upper-lower position；The scalable housing in longitudinal direction and the vehicle car on each vehicle car side plate housing top Multiple second hinges are provided between the longitudinal extension beam on the flexible roof beam structure top in railway carriage or compartment, the outer frame bottom of each vehicle car side plate The multiple second locks are provided between the scalable housing in longitudinal direction and the longitudinal extension beam of the flexible roof beam structure bottom of the vehicle car, it is described Multiple second hinges are separately positioned on the scalable housing in longitudinal direction on each vehicle car side plate housing top and the vehicle On the tie point of the longitudinal extension beam on the flexible roof beam structure top in compartment, the multiple second lock is separately positioned on each vehicle The connection of the scalable housing in longitudinal direction of the outer frame bottom of car side board and the longitudinal extension beam of the flexible roof beam structure bottom of the vehicle car On point, the multiple second hinge and the multiple second is latched on upper-lower position and corresponded；The vehicle car top plate The anterior scalable housing of transverse direction of housing and the transversal stretching beam positioned at front part of vehicle on the flexible roof beam structure top of the vehicle car Between be provided with multiple third hinges, the scalable housing of transverse direction and the vehicle car at the vehicle car top plate housing rear portion are stretched Multiple three locks, the multiple third hinge difference are provided between the transversal stretching beam positioned at vehicle rear on contracting roof beam structure top It is arranged on the position on the anterior scalable housing of transverse direction of the vehicle car top plate housing and the flexible roof beam structure top of the vehicle car In on the tie point of the transversal stretching beam of front part of vehicle, the multiple 3rd lock is separately positioned on outside the vehicle car top plate The scalable housing of transverse direction at frame rear portion and the vehicle car stretch the transversal stretching beam positioned at vehicle rear on roof beam structure top On tie point, the multiple third hinge and the multiple 3rd is latched on upper-lower position and corresponded.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621251333.2U CN206634066U (en) | 2016-11-14 | 2016-11-14 | A kind of flexible carriage frame |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621251333.2U CN206634066U (en) | 2016-11-14 | 2016-11-14 | A kind of flexible carriage frame |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206634066U true CN206634066U (en) | 2017-11-14 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621251333.2U Withdrawn - After Issue CN206634066U (en) | 2016-11-14 | 2016-11-14 | A kind of flexible carriage frame |
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| Country | Link |
|---|---|
| CN (1) | CN206634066U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106347460A (en) * | 2016-11-14 | 2017-01-25 | 沈晓华 | Telescopic deformable vehicle frame |
-
2016
- 2016-11-14 CN CN201621251333.2U patent/CN206634066U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106347460A (en) * | 2016-11-14 | 2017-01-25 | 沈晓华 | Telescopic deformable vehicle frame |
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Granted publication date: 20171114 Effective date of abandoning: 20180921 |