CN109291018A - A kind of new-energy automobile maintenance platform device - Google Patents
A kind of new-energy automobile maintenance platform device Download PDFInfo
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- CN109291018A CN109291018A CN201811426446.5A CN201811426446A CN109291018A CN 109291018 A CN109291018 A CN 109291018A CN 201811426446 A CN201811426446 A CN 201811426446A CN 109291018 A CN109291018 A CN 109291018A
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B25—HAND TOOLS; PORTABLE POWER-DRIVEN TOOLS; MANIPULATORS
- B25H—WORKSHOP EQUIPMENT, e.g. FOR MARKING-OUT WORK; STORAGE MEANS FOR WORKSHOPS
- B25H1/00—Work benches; Portable stands or supports for positioning portable tools or work to be operated on thereby
- B25H1/14—Work benches; Portable stands or supports for positioning portable tools or work to be operated on thereby with provision for adjusting the bench top
- B25H1/16—Work benches; Portable stands or supports for positioning portable tools or work to be operated on thereby with provision for adjusting the bench top in height
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Abstract
The present invention relates to a kind of maintenance platform devices, it in particular is a kind of new-energy automobile maintenance platform device, including Double-lifting mechanism, security platform frame mechanism, tire retaining mechanism, device can fix automobile, device can guarantee the safety of automobile, device can guarantee the safety of maintenance personal, device can change the height of maintenance platform, device is able to maintain the service life of long period, security platform frame mechanism is located at the top of Double-lifting mechanism, the connection type of security platform frame mechanism and Double-lifting mechanism is welding, the inside of security platform frame mechanism is arranged in tire retaining mechanism, the connection type of tire retaining mechanism and security platform frame mechanism is welding.
Description
Technical field
The present invention relates to a kind of maintenance platform devices, are in particular a kind of new-energy automobile maintenance platform devices.
Background technique
With social progress, the raising of people's quality of the life, people increasingly pay close attention to the maintenance and maintenance of loving vehicle,
New-energy automobile will many times be raised during maintenance, traditional to raise mode all completed by jack, peace
Overall coefficient is not high, and the part for needing to manually complete is too many, not convenient enough, so devising this new-energy automobile maintenance platform dress
It sets.
Summary of the invention
The invention mainly solves the technical problem of providing a kind of new-energy automobile maintenance platform device, device can be vapour
Vehicle is fixed, and device can guarantee the safety of automobile, and device can guarantee the safety of maintenance personal, and it is flat that device can change maintenance
The height of platform, device are able to maintain the service life of long period.
In order to solve the above technical problems, being in particular a kind of new energy the present invention relates to a kind of maintenance platform device
Auto repair stage apparatus, including Double-lifting mechanism, security platform frame mechanism, tire retaining mechanism, device can be automobiles
It fixes, device can guarantee the safety of automobile, and device can guarantee the safety of maintenance personal, and device can change maintenance platform
Height, device is able to maintain the service life of long period.
Double-lifting mechanism includes shell, lifting executing agency, hydraulicefficiency elevation structure, and lifting executing agency is arranged in shell
Inside, the connection type for going up and down executing agency and shell is welding, and the inside of shell, hydraulic liter is arranged in hydraulicefficiency elevation structure
The connection type of descending mechanism and shell is welding；
Lifting executing agency includes top crane, lifting hinge bar, lower part crane, hoistway, hinged block, hydraulic
Bar, hydraulic cylinder, piston, top crane are located at the top of lifting hinge bar, the connection side of top crane and lifting hinge bar
Formula be it is hinged, go up and down hinge bar and go up and down hinge bar between connection type be it is hinged, go up and down hinge bar be located at lower part crane
Top, lifting hinge bar and lower part crane connection type be it is hinged, hoistway is opened on the crane of top, go up and down cunning
Road is opened on the crane of lower part, hinged block with lifting hinge bar be connected, hinged block with go up and down hinge bar connection type be it is hinged,
Hinged block is connected with hydraulic stem, and the connection type of hinged block and hydraulic stem is welding, and hydraulic stem is connected with piston, hydraulic stem and work
The connection type of plug is welding, and piston is arranged in the inside of hydraulic cylinder, and the fit system of piston and hydraulic cylinder is clearance fit；
Hydraulicefficiency elevation structure includes lifting piston, lifting hydraulic cylinder, lifting piston rod, lifting piston spring, goes up and down footstock,
Lifting piston is arranged in the inside of lifting hydraulic cylinder, and the fit system of lifting piston and lifting hydraulic cylinder is clearance fit, lifting
Piston rod is located at the top of lifting piston, and the connection type of lifting piston rod and lifting piston is welding, and lifting piston spring is set
Set in the inside of lifting hydraulic cylinder, the connection type of lifting piston spring and lifting hydraulic cylinder is welding, lifting piston spring with
Lifting piston is connected, and the connection type of lifting piston spring and lifting piston is welding, and lifting footstock is located at lifting piston rod
Top, the connection type for going up and down footstock and lifting piston rod is welding；
Security platform frame mechanism includes Collsion proof safety seat mechanism, safety barrier, tire by wedge loose slot, platform, anticollision
Safe seat mechanism is located at the top of platform, and the connection type of Collsion proof safety seat mechanism and platform is welding, and safety barrier is located at flat
The connection type of the top of platform, safety barrier and platform is welding, and tire is opened on the top plate of platform by wedge loose slot；
Collsion proof safety seat mechanism includes colliding cushion, anti-bias motion bar, colliding buffer spring, the activity of anti-bias motion bar
Slot, vertical supporting collide cushion and are connected with anti-bias motion bar, and the connection type for colliding cushion and anti-bias motion bar is weldering
It connects, collides buffer spring and be connected with cushion is collided, colliding buffer spring and colliding the connection type of cushion is welding, anti-bias
The fit system of motion bar and anti-bias motion bar loose slot is clearance fit, and anti-bias motion bar loose slot is opened on vertical supporting,
Vertical supporting is connected with buffer spring is collided, and vertical supporting and the connection type for colliding buffer spring are welding；
Safety barrier includes vertical edges guardrail, intermediate supports guardrail, cross-brace guardrail, vertical edges guardrail and cross-brace
Guardrail is connected, and the connection type of vertical edges guardrail and cross-brace guardrail is welding, intermediate supports guardrail and cross-brace guardrail
It is connected, the connection type of intermediate supports guardrail and cross-brace guardrail is welding；
Tire retaining mechanism includes locking oblique hydraulic cylinder mechanism, locking bed, deflecting roller mechanism, supporting shell, wirerope, wheel
Tire presses wedge, reset spring, lower safety seat mechanism, locks oblique hydraulic cylinder mechanism and is connected with locking bed, locks oblique hydraulic
Cylinder mechanism and the connection type of locking bed be it is hinged, wirerope is connected with locking bed, and the connection type of wirerope and locking bed is
Welding, wirerope are connected with deflecting roller mechanism, and the connection type of wirerope and deflecting roller mechanism is flexible connection, deflecting roller mechanism
It is connected with supporting shell, the connection type of deflecting roller mechanism and supporting shell is to be bolted, and reset spring is located at the top of supporting shell,
The connection type of reset spring and supporting shell is welding, and tire pressing seat is located at the top of reset spring, and tire is by wedge and again
The connection type of position spring is welding, and lower safety seat mechanism is located at the top of supporting shell, lower safety seat mechanism and supporting shell
Connection type be welding；
Lock oblique hydraulic cylinder mechanism include oblique hydraulic cylinder supporting leg, locking piston, locked hydraulic cylinder, locking piston rod,
Kinge-joint knot, oblique hydraulic cylinder supporting leg are connected with locked hydraulic cylinder, and the connection type of oblique hydraulic cylinder supporting leg and locked hydraulic cylinder is
Welding, locking piston are matched with locked hydraulic cylinder, and the fit system for locking piston and locked hydraulic cylinder is clearance fit, locking
Piston rod is connected with locking piston, and locking piston rod and the connection type for locking piston are welding, kinge-joint knot and locking piston rod
It is connected, the connection type of kinge-joint knot and locking piston rod is welding；
Locking bed includes hinge hole, locking bed ontology, spring lever, and hinge hole is opened on locking bed ontology, spring lever and lock
Tight seat ontology is connected, and the connection type of spring lever and locking bed ontology is welding；
Deflecting roller mechanism includes deflecting roller ontology, deflecting roller fixed link, turns to wheel seat, and deflecting roller ontology is fixed with deflecting roller
Bar is connected, and the connection type of deflecting roller ontology and deflecting roller fixed link is welding, and deflecting roller fixed link is connected with wheel seat is turned to, and turns
It is connect to wheel fixed link with the connection type for turning to wheel seat for bearing；
Lower safety seat mechanism includes two end seats, safety spring, and two end seats are connected with safety spring, two end seats and safe bullet
The connection type of spring is welding；
Security platform frame mechanism is located at the top of Double-lifting mechanism, the company of security platform frame mechanism and Double-lifting mechanism
Mode is connect as welding, the inside of security platform frame mechanism, tire retaining mechanism and security platform frame is arranged in tire retaining mechanism
The connection type of mechanism is welding.
It is hydraulic described in a kind of new-energy automobile maintenance platform device of the present invention as advanced optimizing for the technical program
The number of elevating mechanism is four.
As advanced optimizing for the technical program, lifting described in a kind of new-energy automobile maintenance platform device of the present invention
Piston spring, collide buffer spring, reset spring, safety spring material be high-carbon steel.
As advanced optimizing for the technical program, safety described in a kind of new-energy automobile maintenance platform device of the present invention
Guardrail, platform material be stainless steel.
A kind of new-energy automobile maintenance platform device of the invention has the beneficial effect that
A kind of new-energy automobile maintenance platform device of the present invention, device can fix automobile, and device can guarantee vapour
The safety of vehicle, device can guarantee the safety of maintenance personal, and device can change the height of maintenance platform, device be able to maintain compared with
The prolonged use time limit.
Detailed description of the invention
The present invention will be further described in detail with specific implementation method with reference to the accompanying drawing.
Fig. 1 is a kind of structural schematic diagram of new-energy automobile maintenance platform device of the present invention.
Fig. 2 is a kind of structural schematic diagram of the Double-lifting mechanism 1 of new-energy automobile maintenance platform device of the present invention.
Fig. 3 is the structural schematic diagram of the lifting executing agency 1-2 of new-energy automobile maintenance platform device of the present invention a kind of.
Fig. 4 is a kind of structural schematic diagram of the hydraulicefficiency elevation structure 1-3 of new-energy automobile maintenance platform device of the present invention.
Fig. 5 is a kind of structural schematic diagram of the security platform frame mechanism 2 of new-energy automobile maintenance platform device of the present invention.
Fig. 6 is a kind of structural schematic diagram of the Collsion proof safety seat mechanism 2-1 of new-energy automobile maintenance platform device of the present invention.
Fig. 7 is a kind of structural schematic diagram of the safety barrier 2-2 of new-energy automobile maintenance platform device of the present invention.
Fig. 8 is a kind of structural schematic diagram of the tire retaining mechanism 3 of new-energy automobile maintenance platform device of the present invention.
Fig. 9 is that the structure of the oblique hydraulic cylinder mechanism 3-1 of locking of new-energy automobile maintenance platform device of the present invention a kind of is shown
It is intended to.
Figure 10 is a kind of structural schematic diagram of the locking bed 3-2 of new-energy automobile maintenance platform device of the present invention.
Figure 11 is a kind of structural schematic diagram of the deflecting roller mechanism 3-3 of new-energy automobile maintenance platform device of the present invention.
Figure 12 is a kind of structural representation of the lower safety seat mechanism 3-8 of new-energy automobile maintenance platform device of the present invention
Figure.
In figure: Double-lifting mechanism 1；Shell 1-1；Go up and down executing agency 1-2；Top crane 1-2-1；Go up and down hinge bar
1-2-2；Lower part crane 1-2-3；Hoistway 1-2-4；Hinged block 1-2-5；Hydraulic stem 1-2-6；Hydraulic cylinder 1-2-7；Piston
1-2-8；Hydraulicefficiency elevation structure 1-3；Lifting piston 1-3-1；Lifting hydraulic cylinder 1-3-2；Lifting piston rod 1-3-3；Lifting piston
Spring 1-3-4；Go up and down footstock 1-3-5；Security platform frame mechanism 2；Collsion proof safety seat mechanism 2-1；Collide cushion 2-1-1；It is anti-
Inclined motion bar 2-1-2；Collide buffer spring 2-1-3；Anti-bias motion bar loose slot 2-1-4；Vertical supporting 2-1-5；Safety barrier
2-2；Vertical edges guardrail 2-2-1；Intermediate supports guardrail 2-2-2；Cross-brace guardrail 2-2-3；Tire presses wedge loose slot 2-3；
Platform 2-4；Tire retaining mechanism 3；Lock oblique hydraulic cylinder mechanism 3-1；Oblique hydraulic cylinder supporting leg 3-1-1；Lock piston 3-1-
2；Locked hydraulic cylinder 3-1-3；Lock piston rod 3-1-4；Kinge-joint knot 3-1-5；Locking bed 3-2；Hinge hole 3-2-1；Locking bed sheet
Body 3-2-2；Spring lever 3-2-3；Deflecting roller mechanism 3-3；Deflecting roller ontology 3-3-1；Deflecting roller fixed link 3-3-2；Turn to wheel seat
3-3-3；Supporting shell 3-4；Wirerope 3-5；Tire presses wedge 3-6；Reset spring 3-7；Lower safety seat mechanism 3-8；Two end seats
3-8-1；Safety spring 3-8-2.
Specific embodiment
Specific embodiment 1:
Illustrate this implementation below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12
In particular mode is a kind of new-energy automobile maintenance platform device the present invention relates to a kind of maintenance platform device, including double
Weight elevating mechanism 1, security platform frame mechanism 2, tire retaining mechanism 3, device can fix automobile, and device can guarantee vapour
The safety of vehicle, device can guarantee the safety of maintenance personal, and device can change the height of maintenance platform, device be able to maintain compared with
The prolonged use time limit.
Double-lifting mechanism 1 includes shell 1-1, lifting executing agency 1-2, hydraulicefficiency elevation structure 1-3, goes up and down executing agency
The inside of shell 1-1 is arranged in 1-2, and the connection type of lifting executing agency 1-2 and shell 1-1 is welding, hydraulicefficiency elevation structure
The inside of shell 1-1 is arranged in 1-3, and the connection type of hydraulicefficiency elevation structure 1-3 and shell 1-1 is welding；
Lifting executing agency 1-2 includes top crane 1-2-1, lifting hinge bar 1-2-2, lower part crane 1-2-3, rises
Slideway 1-2-4, hinged block 1-2-5, hydraulic stem 1-2-6, hydraulic cylinder 1-2-7, piston 1-2-8 drop, and top crane 1-2-1 is located at
The top of hinge bar 1-2-2 is gone up and down, top crane 1-2-1 and the connection type for going up and down hinge bar 1-2-2 are hinged, lifting hinge
Extension bar 1-2-2 and lifting hinge bar 1-2-2 between connection type be it is hinged, go up and down hinge bar 1-2-2 be located at lower part crane
The top of 1-2-3, lifting hinge bar 1-2-2 and lower part crane 1-2-3 connection type be it is hinged, hoistway 1-2-4 is opened
On the crane 1-2-1 of top, hoistway 1-2-4 is opened on the crane 1-2-3 of lower part, and hinged block 1-2-5 and lifting are hinged
Bar 1-2-2 is connected, and the connection type of hinged block 1-2-5 and lifting hinge bar 1-2-2 are hinged, hinged block 1-2-5 and hydraulic stem
1-2-6 is connected, and the connection type of hinged block 1-2-5 and hydraulic stem 1-2-6 are welding, hydraulic stem 1-2-6 and piston 1-2-8 phase
Even, the connection type of hydraulic stem 1-2-6 and piston 1-2-8 is welding, and the inside of hydraulic cylinder 1-2-7 is arranged in piston 1-2-8, living
The fit system for filling in 1-2-8 and hydraulic cylinder 1-2-7 is clearance fit, by injecting hydraulic oil into hydraulic cylinder 1-2-7, in oil pressure
Drive under, piston 1-2-8 setting in motion, piston 1-2-8 movement will drive hydraulic stem 1-2-6 and be moved, hydraulic stem 1-2-6
Carrying out movement will drive hinged block 1-2-5 and is moved, hinged block 1-2-5 carry out movement will drive lifting hinge bar 1-2-2 into
Row movement, lifting hinge bar 1-2-2, which carries out movement, will drive top crane 1-2-1 and is raised above or falls downwards, rise
Or it falls and depends on the direction of injection hydraulic oil；
Hydraulicefficiency elevation structure 1-3 includes lifting piston 1-3-1, lifting hydraulic cylinder 1-3-2, lifting piston rod 1-3-3, lifting
The inside of lifting hydraulic cylinder 1-3-2, lifting piston is arranged in piston spring 1-3-4, lifting footstock 1-3-5, lifting piston 1-3-1
The fit system of 1-3-1 and lifting hydraulic cylinder 1-3-2 is clearance fit, and lifting piston rod 1-3-3 is located at lifting piston 1-3-1's
The connection type of top, lifting piston rod 1-3-3 and lifting piston 1-3-1 are welding, and lifting piston spring 1-3-4 setting is rising
The connection type of the inside of descending liquid cylinder pressure 1-3-2, lifting piston spring 1-3-4 and lifting hydraulic cylinder 1-3-2 are welding, and lifting is lived
Plug spring 1-3-4 is connected with lifting piston 1-3-1, and the connection type of lifting piston spring 1-3-4 and lifting piston 1-3-1 are weldering
It connects, lifting footstock 1-3-5 is located at the top of lifting piston rod 1-3-3, goes up and down the company of footstock 1-3-5 and lifting piston rod 1-3-3
Mode is connect as welding, injects hydraulic oil into lifting hydraulic cylinder 1-3-2, lifting piston 1-3-1 is transported under the drive of oil pressure
Dynamic, lifting piston 1-3-1 carries out movement and will drive lifting piston rod 1-3-3 being moved, and lifting piston rod 1-3-3 is moved
It will drive lifting footstock 1-3-5 to be moved, lifting footstock 1-3-5, which carries out movement, can change the height of platform 2-4；
Security platform frame mechanism 2 include Collsion proof safety seat mechanism 2-1, safety barrier 2-2, tire by wedge loose slot 2-3,
Platform 2-4, Collsion proof safety seat mechanism 2-1 are located at the top of platform 2-4, the connection side of Collsion proof safety seat mechanism 2-1 and platform 2-4
Formula is welding, and safety barrier 2-2 is located at the top of platform 2-4, and the connection type of safety barrier 2-2 and platform 2-4 is welding, wheel
Tire is opened on the top plate of platform 2-4 by wedge loose slot 2-3, and platform 2-4 is equipped with safety barrier 2-2, can be tieed up with effective protection
Personnel are repaired, when platform 2-4 rises, handle can be provided for maintenance personal, protect the personal safety of maintenance personal；
Collsion proof safety seat mechanism 2-1 includes colliding cushion 2-1-1, anti-bias motion bar 2-1-2, colliding buffer spring 2-1-
3, anti-bias motion bar loose slot 2-1-4, vertical supporting 2-1-5 collide cushion 2-1-1 and are connected with anti-bias motion bar 2-1-2, rush
The connection type of cushion 2-1-1 and anti-bias motion bar 2-1-2 are hit as welding, collide buffer spring 2-1-3 and collides cushion
2-1-1 is connected, and colliding buffer spring 2-1-3 and colliding the connection type of cushion 2-1-1 is welding, anti-bias motion bar 2-1-2
Fit system with anti-bias motion bar loose slot 2-1-4 is clearance fit, and anti-bias motion bar loose slot 2-1-4 is opened in vertical supporting
On 2-1-5, vertical supporting 2-1-5 is connected with buffer spring 2-1-3 is collided, vertical supporting 2-1-5 and collision buffer spring 2-1-3
Connection type be welding, when driver move forward apart from it is excessive when, can bump against collide cushion 2-1-1, collide cushion
2-1-1 can be compressed to buffer spring 2-1-3 is collided, and can absorb one during collision buffer spring 2-1-3 is compressed
The kinetic energy of part new-energy automobile can help car deceleration in this way, prevent from directly hitting wall；
Safety barrier 2-2 includes vertical edges guardrail 2-2-1, intermediate supports guardrail 2-2-2, cross-brace guardrail 2-2-3, is erected
It is connected to side guardrail 2-2-1 with cross-brace guardrail 2-2-3, the connection of vertical edges guardrail 2-2-1 and cross-brace guardrail 2-2-3
Mode is welding, and intermediate supports guardrail 2-2-2 is connected with cross-brace guardrail 2-2-3, intermediate supports guardrail 2-2-2 and laterally branch
The connection type for supportting guardrail 2-2-3 is welding；
Tire retaining mechanism 3 includes locking oblique hydraulic cylinder mechanism 3-1, locking bed 3-2, deflecting roller mechanism 3-3, supporting shell
3-4, wirerope 3-5, tire press wedge 3-6, reset spring 3-7, lower safety seat mechanism 3-8, lock oblique hydraulic cylinder mechanism
3-1 is connected with locking bed 3-2, and the connection type for locking oblique hydraulic cylinder mechanism 3-1 and locking bed 3-2 is hinged, wirerope 3-5
It is connected with locking bed 3-2, the connection type of wirerope 3-5 and locking bed 3-2 are welding, wirerope 3-5 and deflecting roller mechanism 3-3
It is connected, the connection type of wirerope 3-5 and deflecting roller mechanism 3-3 are flexible connection, deflecting roller mechanism 3-3 and supporting shell 3-4 phase
Even, the connection type of deflecting roller mechanism 3-3 and supporting shell 3-4 is to be bolted, and reset spring 3-7 is located at the upper of supporting shell 3-4
The connection type of side, reset spring 3-7 and supporting shell 3-4 are welding, and tire is located at the top of reset spring 3-7 by wedge 3-6,
Tire is welding by the connection type of wedge 3-6 and reset spring 3-7, and lower safety seat mechanism 3-8 is located at the upper of supporting shell 3-4
The connection type of side, lower safety seat mechanism 3-8 and supporting shell 3-4 are welding；
Locking oblique hydraulic cylinder mechanism 3-1 includes oblique hydraulic cylinder supporting leg 3-1-1, locking piston 3-1-2, locked hydraulic cylinder
3-1-3, locking piston rod 3-1-4, kinge-joint knot 3-1-5, oblique hydraulic cylinder supporting leg 3-1-1 are connected with locked hydraulic cylinder 3-1-3, tiltedly
It is welding to the connection type of hydraulic cylinder supporting leg 3-1-1 and locked hydraulic cylinder 3-1-3, locks piston 3-1-2 and locked hydraulic cylinder
3-1-3 is matched, and the fit system of locking piston 3-1-2 and locked hydraulic cylinder 3-1-3 are clearance fit, locks piston rod 3-1-
4 are connected with locking piston 3-1-2, and locking piston rod 3-1-4 and the connection type for locking piston 3-1-2 are welding, kinge-joint knot 3-
1-5 is connected with locking piston rod 3-1-4, and the connection type of kinge-joint knot 3-1-5 and locking piston rod 3-1-4 are welding；
Locking bed 3-2 includes hinge hole 3-2-1, locking bed ontology 3-2-2, spring lever 3-2-3, and hinge hole 3-2-1 is opened in
On locking bed ontology 3-2-2, spring lever 3-2-3 is connected with locking bed ontology 3-2-2, spring lever 3-2-3 and locking bed ontology 3-
The connection type of 2-2 is welding, and when new-energy automobile is opened up, wheel is pressed downward tire by wedge 3-6, multiple at this time
Position spring 3-7 upward elastic force is insufficiently resistant to the gravity of automobile, in this way under the rebound effect of spring lever 3-2-3, locking bed
Ontology 3-2-2 rotates upwards, to locked hydraulic cylinder 3-1-3 inside inject hydraulic oil, under the drive of oil pressure lock piston 3-1-2
Moved, locking piston 3-1-2 carry out movement will drive locking piston rod 3-1-4 moved, locking piston rod 3-1-4 into
Row movement can rotate upwards for locking bed ontology 3-2-2 plays the role of power-assisted, and such locking bed ontology 3-2-2 will be limited
The tire of new-energy automobile, so that new-energy automobile is fixed, at the end of auto repair, automobile drives away, in reset spring
Under the rebound effect of 3-7, tire is moved up by wedge 3-6, and tire is moved up by wedge 3-6 will drive wirerope 3-5 fortune
Dynamic, wirerope 3-5 movement will pull spring lever 3-2-3, so that locking bed ontology 3-2-2 be driven to rotate to horizontal direction, be convenient for
For the preparation of clamping seats next time；
Deflecting roller mechanism 3-3 includes deflecting roller ontology 3-3-1, deflecting roller fixed link 3-3-2, turns to wheel seat 3-3-3, is turned to
Wheel ontology 3-3-1 is connected with deflecting roller fixed link 3-3-2, the connection side of deflecting roller ontology 3-3-1 and deflecting roller fixed link 3-3-2
Formula is welding, and deflecting roller fixed link 3-3-2 is connected with wheel seat 3-3-3 is turned to, deflecting roller fixed link 3-3-2 and steering wheel seat 3-3-
3 connection type is bearing connection；
Lower safety seat mechanism 3-8 includes two end seat 3-8-1, safety spring 3-8-2, two end seat 3-8-1 and safety spring
3-8-2 is connected, and the connection type of two end seat 3-8-1 and safety spring 3-8-2 are welding；
Security platform frame mechanism 2 is located at the top of Double-lifting mechanism 1, security platform frame mechanism 2 and Double-lifting mechanism 1
Connection type be welding, tire retaining mechanism 3 is arranged in the inside of security platform frame mechanism 2, tire retaining mechanism 3 and safety
The connection type of platform frame mechanism 2 is welding.
Specific embodiment 2:
Illustrate this implementation below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12
Mode, present embodiment are described further embodiment one, and the number of the hydraulicefficiency elevation structure 1-3 is four.
Specific embodiment 3:
Illustrate this implementation below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12
Mode, present embodiment are described further embodiment one, the lifting piston spring 1-3-4, collide buffer spring
2-1-3, reset spring 3-7, safety spring 3-8-2 material be high-carbon steel.
Specific embodiment 4:
Illustrate this implementation below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12
Mode, present embodiment are described further embodiment one, the safety barrier 2-2, platform 2-4 material be it is stainless
Steel.
Device can fix automobile, and when new-energy automobile is opened up, wheel is downward by wedge 3-6 tire
Pressure, reset spring 3-7 upward elastic force is insufficiently resistant to the gravity of automobile, the in this way rebound effect in spring lever 3-2-3 at this time
Under, locking bed ontology 3-2-2 rotates upwards, to locked hydraulic cylinder 3-1-3 inside inject hydraulic oil, locked under the drive of oil pressure
Piston 3-1-2 is moved, locking piston 3-1-2 carry out movement will drive locking piston rod 3-1-4 moved, lock piston
Bar 3-1-4, which move to rotate upwards for locking bed ontology 3-2-2, plays the role of power-assisted, such locking bed ontology 3-2-2
The tire of new-energy automobile will be limited, so that new-energy automobile is fixed, at the end of auto repair, automobile drives away,
Under the rebound effect of reset spring 3-7, tire is moved up by wedge 3-6, and tire is moved up by wedge 3-6 will drive steel
Cord 3-5 movement, wirerope 3-5 movement will pull spring lever 3-2-3, to drive locking bed ontology 3-2-2 to horizontal direction
Rotation, convenient for preparing for clamping seats next time；Device can guarantee the safety of automobile, when driver moves forward apart from excessive
When, it can bump against and collide cushion 2-1-1, colliding cushion 2-1-1 can compress to buffer spring 2-1-3 is collided, and collide
The kinetic energy that a part of new-energy automobile can be absorbed during buffer spring 2-1-3 is compressed, can help car deceleration in this way,
It prevents from directly hitting wall；Device can guarantee the safety of maintenance personal, and platform 2-4 is equipped with safety barrier 2-2, can be with effective protection
Maintenance personal can provide handle for maintenance personal, protect the personal safety of maintenance personal when platform 2-4 rises；Device
The height that maintenance platform can be changed, by injecting hydraulic oil into hydraulic cylinder 1-2-7, under the drive of oil pressure, piston 1-2-8
Setting in motion, piston 1-2-8 movement will drive hydraulic stem 1-2-6 and moved, and hydraulic stem 1-2-6, which carries out movement, will drive hingedly
Block 1-2-5 is moved, hinged block 1-2-5 carry out movement will drive lifting hinge bar 1-2-2 moved, go up and down hinge bar 1-
2-2, which move will drive top crane 1-2-1 and being raised above perhaps to fall downwards, to be risen or falls depending on injection liquid
The direction of pressure oil, another way are to inject hydraulic oil into lifting hydraulic cylinder 1-3-2, the lifting piston 1- under the drive of oil pressure
3-1 is moved, and lifting piston 1-3-1, which carries out movement, will drive lifting piston rod 1-3-3 and moved, lifting piston rod 1-3-
3 carry out movement will drive lifting footstock 1-3-5 moved, lifting footstock 1-3-5 carry out movement can change platform 2-4's
Highly, two ways complements one another, and can be adjusted by another way when a kind of mode failure；Device is able to maintain
The service life of long period, safety barrier 2-2, the platform 2-4 of device use stainless steel material, can prevent from corroding, guarantee
The service life of long period.
Certainly, above description is not limitation of the present invention, and the present invention is also not limited to the example above, the art
The variations, modifications, additions or substitutions that those of ordinary skill is made within the essential scope of the present invention also belong to guarantor of the invention
Protect range.
Claims (4)
1. a kind of new-energy automobile maintenance platform device, including Double-lifting mechanism (1), security platform frame mechanism (2), tire lock
Tight mechanism (3), it is characterised in that: Double-lifting mechanism (1) includes shell (1-1), lifting executing agency (1-2), hydraulic lifting
Mechanism (1-3), lifting executing agency (1-2) setting go up and down executing agency (1-2) and shell (1-1) in the inside of shell (1-1)
Connection type be welding, hydraulicefficiency elevation structure (1-3) setting is in the inside of shell (1-1), hydraulicefficiency elevation structure (1-3) and outer
The connection type of shell (1-1) is welding；
Lifting executing agency (1-2) includes top crane (1-2-1), lifting hinge bar (1-2-2), lower part crane (1-2-
3), hoistway (1-2-4), hinged block (1-2-5), hydraulic stem (1-2-6), hydraulic cylinder (1-2-7), piston (1-2-8), top
Crane (1-2-1) is located at the top of lifting hinge bar (1-2-2), top crane (1-2-1) and lifting hinge bar (1-2-2)
Connection type be it is hinged, lifting hinge bar (1-2-2) and go up and down hinge bar (1-2-2) between connection type be it is hinged, liter
Drop hinge bar (1-2-2) is located at the top of lower part crane (1-2-3), lifting hinge bar (1-2-2) and lower part crane (1-2-
3) connection type be it is hinged, hoistway (1-2-4) is opened on top crane (1-2-1), and hoistway (1-2-4) is opened in
On lower part crane (1-2-3), hinged block (1-2-5) is connected with lifting hinge bar (1-2-2), hinged block (1-2-5) and lifting
The connection type of hinge bar (1-2-2) be it is hinged, hinged block (1-2-5) is connected with hydraulic stem (1-2-6), hinged block (1-2-5)
Connection type with hydraulic stem (1-2-6) is welding, and hydraulic stem (1-2-6) is connected with piston (1-2-8), hydraulic stem (1-2-6)
Connection type with piston (1-2-8) is welding, and piston (1-2-8) is arranged in the inside of hydraulic cylinder (1-2-7), piston (1-2-
It 8) is clearance fit with the fit system of hydraulic cylinder (1-2-7)；
Hydraulicefficiency elevation structure (1-3) include lifting piston (1-3-1), lifting hydraulic cylinder (1-3-2), lifting piston rod (1-3-3),
Lifting piston spring (1-3-4), lifting footstock (1-3-5), lifting piston (1-3-1) are arranged in lifting hydraulic cylinder (1-3-2)
Inside, the fit system of lifting piston (1-3-1) and lifting hydraulic cylinder (1-3-2) are clearance fit, lifting piston rod (1-3-3)
Positioned at the top of lifting piston (1-3-1), the connection type of lifting piston rod (1-3-3) and lifting piston (1-3-1) are welding,
Lifting piston spring (1-3-4) setting is in the inside of lifting hydraulic cylinder (1-3-2), lifting piston spring (1-3-4) and lifting liquid
The connection type of cylinder pressure (1-3-2) is welding, and lifting piston spring (1-3-4) is connected with lifting piston (1-3-1), lifting piston
The connection type of spring (1-3-4) and lifting piston (1-3-1) are welding, and lifting footstock (1-3-5) is located at lifting piston rod (1-
Top 3-3), the connection type for going up and down footstock (1-3-5) and lifting piston rod (1-3-3) is welding；
Security platform frame mechanism (2) includes Collsion proof safety seat mechanism (2-1), safety barrier (2-2), tire by wedge loose slot
(2-3), platform (2-4), Collsion proof safety seat mechanism (2-1) are located at the top of platform (2-4), Collsion proof safety seat mechanism (2-1) with
The connection type of platform (2-4) is welding, and safety barrier (2-2) is located at the top of platform (2-4), safety barrier (2-2) with put down
The connection type of platform (2-4) is welding, and tire is opened on the top plate of platform (2-4) by wedge loose slot (2-3)；
Collsion proof safety seat mechanism (2-1) includes colliding cushion (2-1-1), anti-bias motion bar (2-1-2), colliding buffer spring
(2-1-3), anti-bias motion bar loose slot (2-1-4), vertical supporting (2-1-5) collide cushion (2-1-1) and anti-bias motion bar
(2-1-2) is connected, and the connection type for colliding cushion (2-1-1) and anti-bias motion bar (2-1-2) is welding, collides buffer spring
(2-1-3) is connected with cushion (2-1-1) is collided, and collides buffer spring (2-1-3) and collides the connection side of cushion (2-1-1)
Formula is to weld, and the fit system of anti-bias motion bar (2-1-2) and anti-bias motion bar loose slot (2-1-4) is clearance fit, anti-bias
Motion bar loose slot (2-1-4) is opened on vertical supporting (2-1-5), vertical supporting (2-1-5) and collision buffer spring (2-1-3)
It is connected, vertical supporting (2-1-5) and the connection type for colliding buffer spring (2-1-3) are welding；
Safety barrier (2-2) includes vertical edges guardrail (2-2-1), intermediate supports guardrail (2-2-2), cross-brace guardrail (2-2-
3), vertical edges guardrail (2-2-1) is connected with cross-brace guardrail (2-2-3), vertical edges guardrail (2-2-1) and cross-brace guardrail
The connection type of (2-2-3) is welding, and intermediate supports guardrail (2-2-2) is connected with cross-brace guardrail (2-2-3), intermediate supports
The connection type of guardrail (2-2-2) and cross-brace guardrail (2-2-3) are welding；
Tire retaining mechanism (3) includes locking oblique hydraulic cylinder mechanism (3-1), locking bed (3-2), deflecting roller mechanism (3-3), branch
Shell (3-4), wirerope (3-5), tire are supportted by wedge (3-6), reset spring (3-7), lower safety seat mechanism (3-8), locking
Oblique hydraulic cylinder mechanism (3-1) is connected with locking bed (3-2), locks the company of oblique hydraulic cylinder mechanism (3-1) Yu locking bed (3-2)
The mode of connecing be it is hinged, wirerope (3-5) is connected with locking bed (3-2), the connection type of wirerope (3-5) and locking bed (3-2)
For welding, wirerope (3-5) is connected with deflecting roller mechanism (3-3), the connection side of wirerope (3-5) and deflecting roller mechanism (3-3)
Formula is flexible connection, and deflecting roller mechanism (3-3) is connected with supporting shell (3-4), deflecting roller mechanism (3-3) and supporting shell (3-4)
Connection type is to be bolted, and reset spring (3-7) is located at the top of supporting shell (3-4), reset spring (3-7) and supporting shell
The connection type of (3-4) is welding, and tire is located at the top of reset spring (3-7) by wedge (3-6), and tire presses wedge (3-6)
Connection type with reset spring (3-7) is welding, and lower safety seat mechanism (3-8) is located at the top of supporting shell (3-4), lower part
The connection type of safe seat mechanism (3-8) and supporting shell (3-4) are welding；
Lock oblique hydraulic cylinder mechanism (3-1) include oblique hydraulic cylinder supporting leg (3-1-1), locking piston (3-1-2), locking it is hydraulic
Cylinder (3-1-3), locking piston rod (3-1-4), kinge-joint knot (3-1-5), oblique hydraulic cylinder supporting leg (3-1-1) and locked hydraulic cylinder
(3-1-3) is connected, and the connection type of oblique hydraulic cylinder supporting leg (3-1-1) and locked hydraulic cylinder (3-1-3) are welding, locks piston
(3-1-2) is matched with locked hydraulic cylinder (3-1-3), locks the fit system of piston (3-1-2) and locked hydraulic cylinder (3-1-3)
For clearance fit, locks piston rod (3-1-4) and be connected with locking piston (3-1-2), locking piston rod (3-1-4) and locking piston
The connection type of (3-1-2) be welding, kinge-joint knot (3-1-5) with locking piston rod (3-1-4) be connected, kinge-joint knot (3-1-5) and
The connection type for locking piston rod (3-1-4) is welding；
Locking bed (3-2) includes hinge hole (3-2-1), locking bed ontology (3-2-2), spring lever (3-2-3), hinge hole (3-2-
1) it is opened on locking bed ontology (3-2-2), spring lever (3-2-3) is connected with locking bed ontology (3-2-2), spring lever (3-2-3)
Connection type with locking bed ontology (3-2-2) is welding；
Deflecting roller mechanism (3-3) includes deflecting roller ontology (3-3-1), deflecting roller fixed link (3-3-2), turns to wheel seat (3-3-3),
Deflecting roller ontology (3-3-1) is connected with deflecting roller fixed link (3-3-2), deflecting roller ontology (3-3-1) and deflecting roller fixed link (3-
Connection type 3-2) is welding, and deflecting roller fixed link (3-3-2) is connected with wheel seat (3-3-3) is turned to, deflecting roller fixed link (3-
It is 3-2) that bearing is connect with the connection type for turning to wheel seat (3-3-3)；
Lower safety seat mechanism (3-8) includes two end seats (3-8-1), safety spring (3-8-2), two end seats (3-8-1) and safety
Spring (3-8-2) is connected, and the connection type of two end seats (3-8-1) and safety spring (3-8-2) are welding；
Security platform frame mechanism (2) is located at the top of Double-lifting mechanism (1), security platform frame mechanism (2) and Double-lifting machine
The connection type of structure (1) is welding, and tire retaining mechanism (3) setting locks machine in the inside of security platform frame mechanism (2), tire
The connection type of structure (3) and security platform frame mechanism (2) is welding.
2. a kind of new-energy automobile maintenance platform device according to claim 1, it is characterised in that: the hydraulic lifting
The number of mechanism (1-3) is four.
3. a kind of new-energy automobile maintenance platform device according to claim 1, it is characterised in that: the lifting piston
Spring (1-3-4), collide buffer spring (2-1-3), reset spring (3-7), safety spring (3-8-2) material be high-carbon steel.
4. a kind of new-energy automobile maintenance platform device according to claim 1, it is characterised in that: the safety barrier
The material of (2-2), platform (2-4) is stainless steel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811426446.5A CN109291018A (en) | 2018-11-27 | 2018-11-27 | A kind of new-energy automobile maintenance platform device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811426446.5A CN109291018A (en) | 2018-11-27 | 2018-11-27 | A kind of new-energy automobile maintenance platform device |
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| Publication Number | Publication Date |
|---|---|
| CN109291018A true CN109291018A (en) | 2019-02-01 |
Family
ID=65144849
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
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| CN201811426446.5A Withdrawn CN109291018A (en) | 2018-11-27 | 2018-11-27 | A kind of new-energy automobile maintenance platform device |
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| Country | Link |
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| CN (1) | CN109291018A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116477520A (en) * | 2023-06-14 | 2023-07-25 | 新乡市佳腾机械制造有限公司 | Lifting frame for automobile maintenance |
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| US4815712A (en) * | 1987-07-23 | 1989-03-28 | Sugiyasu Industries Co., Ltd. | Apparatus for preventing a one-sided lowering of a jack mechanism including jacks adapted for synchronous operation |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN116477520B (en) * | 2023-06-14 | 2023-08-29 | 新乡市佳腾机械制造有限公司 | Lifting frame for automobile maintenance |
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Application publication date: 20190201 |