CN107421690A - Waterproof vehicle turnover platform - Google Patents
Waterproof vehicle turnover platform Download PDFInfo
- Publication number
- CN107421690A CN107421690A CN201710602840.9A CN201710602840A CN107421690A CN 107421690 A CN107421690 A CN 107421690A CN 201710602840 A CN201710602840 A CN 201710602840A CN 107421690 A CN107421690 A CN 107421690A
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- Prior art keywords
- platform
- rotary shaft
- upset
- bulb
- upset platform
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Classifications
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01M—TESTING STATIC OR DYNAMIC BALANCE OF MACHINES OR STRUCTURES; TESTING OF STRUCTURES OR APPARATUS, NOT OTHERWISE PROVIDED FOR
- G01M3/00—Investigating fluid-tightness of structures
- G01M3/02—Investigating fluid-tightness of structures by using fluid or vacuum
-
- G—PHYSICS
- G01—MEASURING; TESTING
- G01M—TESTING STATIC OR DYNAMIC BALANCE OF MACHINES OR STRUCTURES; TESTING OF STRUCTURES OR APPARATUS, NOT OTHERWISE PROVIDED FOR
- G01M17/00—Testing of vehicles
- G01M17/007—Wheeled or endless-tracked vehicles
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- General Physics & Mathematics (AREA)
- Vehicle Cleaning, Maintenance, Repair, Refitting, And Outriggers (AREA)
- Refuge Islands, Traffic Blockers, Or Guard Fence (AREA)
Abstract
The invention discloses a kind of waterproof vehicle turnover platform, including bulb support base and upset platform, the lower section installation bulb support base of the upset platform, the upset platform is from bulb support seat supports and can be overturn around X to, Y-direction, and connecting bolt lockable mechanism forms the side of upset platform described in the X-axis rotary shaft and Y-axis rotary shaft of upset platform and is additionally provided with side rotary shaft respectively to the both sides of the symmetry axis with Y-direction by the X of the upset platform.The present invention is placed into melt pit using bulb support base as support, and the driving upset platform upset of drive control mechanism is placed on the ground, instead of the support and driving for the hydraulic jack that tradition is placed in melt pit, thoroughly solves the problems, such as to enter wetting system paralysis in melt pit；Overturn platform using bulb support base X to the symmetry axis with Y-direction as rotary shaft, turning moment is small；Substantially reduce the excavating depth and foundation dredging amount of melt pit.
Description
Technical field
The present invention relates to vehicle complete vehicle technical field of performance test, specifically a kind of waterproof vehicle turnover platform.
Background technology
The quality of automobile water resistance affects the safety of automobile and internal the excellent of environment of riding, before automobile dispatches from the factory,
Need to carry out waterproof test to it, mainly by doing salt fog test in different conditions to automobile, judge the sealing of vehicle.Root
Usually require simulation vehicle according to the testing standard in industry, in salt fog test leaning forward and the gradient of hypsokinesis 20%, left-leaning and Right deviation
10% gradient, under horizontal five vehicle postures of horizontal, test of drenching with rain is done to vehicle.At present, it is automobile sealed for testing both at home and abroad
The vehicle sealing salt fog test platform of performance development uses conventional hydraulic hydraulic oil cylinder driving, and hydraulic jack is located in melt pit, is fixed on vapour
Under car upset platform, the lifting to platform is realized.Had a disadvantage that using hydraulic jack：
1) equipment mechanism is complicated, and equipment construction cost is high：Vehicle platform is jacked up by hydraulic cylinder, platform trip shaft is platform
Four sides, the lifting torque of platform is big, and upset space is higher；Spray support needs to adjust spray come above and below according to the height of upset
Highly；Hydraulic jack needs to be arranged in the independent waterproof base in melt pit, and melt pit depth is not less than 2500mm, construction cost
It is high；
2) equipment investment and maintenance cost are high：Using hydraulic jack, stand of drenching with rain must be equipped with hydraulic power unit and temperature is adjusted
Section system etc., causes complicated, and system is huge, and equipment installation, maintenance and cost of upkeep are high；Platform upset drive cylinder is located at
In melt pit, conditions for equipment use is poor, is polluted once hydraulic jack oil leak will be formed to drench with rain equipment and vehicle；
3) equipment water inlet maintenance interval length：Vehicle platform turnover driving mechanism is the independence that hydraulic jack is located at a melt pit of drenching with rain
In waterproof base, if the waterproof material on the outside of it goes wrong, hydraulic jack, which there is to be scrapped by bubble, causes what stand was paralysed
Risk, stand repair time length；In maintenance, maintenance personal needs the service ports from upset platform to enter waterproof base implementation dimension
Repair, maintenance is inconvenient.
The content of the invention
It is an object of the invention to provide a kind of waterproof vehicle turnover platform, construction simple in construction is easy, manufacture safeguard into
This is low, prevents melt pit internal water accumulation from equipment is immersed in water and paralysing.
To achieve the above object, the technical solution adopted by the present invention is：A kind of waterproof vehicle turnover platform, including bulb
Support base and upset platform, the lower section installation bulb support base of the upset platform, the upset platform are propped up by bulb support base
Support and can be overturn around X to, Y-direction, the both sides difference connecting bolt lockable mechanism of the X of the upset platform to the symmetry axis with Y-direction
Form the X-axis rotary shaft and Y-axis rotary shaft of upset platform.
1) present invention using bulb support base as support, instead of the support of hydraulic jack, overturn and there was only ball below platform
Head support base and without drive control mechanism, solve the problems, such as to enter wetting system paralysis in melt pit；2) upset platform is supported with bulb
Seat is fulcrum, and X is rotary shaft to the symmetry axis with Y-direction, and turning moment is small；Substantially reduce the excavating depth and ground evolution of melt pit
Amount；3) overturn platform along X to X-axis rotary shaft and the Y-axis rotary shaft of Y-direction rotated as the axis of symmetry when, put down with overturning platform
Configuration state is compared, and the vehicle ceiling center and the distance for nozzle of drenching with rain that each state is parked on upset platform do not change, nothing
The height of spray support need to be adjusted in switching process.
Further, the bulb support base includes the base and bulb in cone, the bottom insertion bottom of the bulb
The upper end of seat, the bulb are fixedly connected with base.Bulb support base is firm to be placed on ground, and bulb is connected surely with base
Gu provide stable support for upset platform.
Further, the upset platform is in cuboid, intersection points of the X for overturning platform to the symmetry axis with Y-direction
Place is provided with inward recess, bulb support base is provided with the inward recess, inward recess is in contact with the bulb.Bulb is embedded in indent
Kong Zhong, upset platform is contacted with bulb support base and form stable support, the summit of bulb is the fulcrum of rotation.
Yet further, the inward recess is described in flat hemispherical, the top connection inward recess of the bulb
Bulb is coated by inward recess, and the top of the bulb is in contact with the flat of inward recess.Inward recess coats bulb, and inward recess
Contacted with the summit of bulb for point, the fulcrum of different directions upset on the one hand can be provided when overturning platform inclination, on the other hand
Upset platform is not fallen out.
Further, it is described upset platform one end parallel to X to symmetry axis both sides distinguish connecting bolt locking machine
Structure forms side rotary shaft, and side rotary shaft is parallel to X-axis rotary shaft.Side rotary shaft is as X-axis rotary shaft and Y-axis rotary shaft
Switching transition axis, while axle is overhauled in rotation when side rotary shaft can be as maintenance, and upset platform is along side rotary shaft
Being lifted to suitable angle facilitates worker to overhaul the bottom for overturning platform.
Another step, the X-axis rotary shaft of the upset platform, Y-axis rotary shaft, the both ends of side rotary shaft are respectively equipped with slotting
Pin-and-hole, the latch locking mechanism insert pin hole.Pin hole is packing with upset platform, when being easy to the abrasion of equipment moving part
Quick-replaceable.
Another step ground, the latch locking mechanism include drive cylinder, movable latch axle and base, the top of the base
Connect drive cylinder and movable latch axle, movable latch axle one end connecting bolt, the movable latch axle other end connection
Drive cylinder.Drive cylinder can drive movable latch axle to promote or shrink, so that latch is connected in pin hole or from latch
Withdrawn in hole.
Further, the rotary shaft of upset platform is formed after being locked in the latch insertion pin hole.Overturn platform upset
When, after the latch of one of X-axis rotary shaft or Y-axis rotary shaft is contacted locking with pin hole, in the drive of drive control mechanism
Under dynamic, upset platform can be overturn around X-axis rotary shaft or Y-axis rotary shaft, and the latch of side rotary shaft is extracted during upset.
Further, one end of the upset platform is provided with connecting plate, and connecting hole or connecting shaft are provided with the connecting plate,
The axis and the X-axis rotary shaft and the Y of the connecting hole or connection axis connection drive control mechanism, connecting hole or connecting shaft
Axle rotary shaft is misaligned.After drive control mechanism is connected with connecting plate, force is provided to overturn the upset of platform.
Another step ground, the connecting plate are equal with the distance of X-axis rotary shaft and Y-axis rotary shaft.Facilitate drive control mechanism
Y-axis rotary shaft, X-axis rotary shaft are exerted a force respectively, biasing effect is good.
Another step, the surface of the upset platform is provided with a plurality of parallel tread plate in the Y direction and Duo Gen is oriented to steel pipe,
The surface of the upset platform is provided with only to steel pipe in X-direction, and described one end for being oriented to steel pipe is with described only to fastener for connection.It is anti-
Draw runner can increase tire when automobile drives on upset platform and carries out elution test and overturn the frictional force between platform, be oriented to steel
Manage and can only be provided jointly for the position for driving into upset platform of automobile to steel pipe spacing.
Further, the bottom surface of the upset platform is provided with pipe in Y-axis rotary shaft and strengthened, perpendicular to Y-axis rotary shaft
The bottom surface of upset platform be provided with more pipes and strengthen.Upset platform needs to bear the gravity of vehicle, it is necessary to has enough intensity
Prevent from deforming, pipe can strengthen overturning the intensity of platform.
Preferably, the drive control mechanism includes motor, lifting member, force connector and waterproof case, driving
Motor is connected with lifting member and drives lifting member to move up and down, and lifting member is connected with force connector, and force connector is with being connected
Plate connects.The lifting member of drive control mechanism moves up and down, and the force connector being attached thereto can be driven to move up and down, and then turn over
It is elevated or push the upset to be formed around different rotary axle to turn platform.
It is furthermore preferred that the drive control mechanism includes servomotor, decelerator, screw mandrel and driving head, servomotor
One end connection reducer, the other end connection wire rod of decelerator, feed screw nut's connection wire rod in driving head, driving head are provided with
Sliding block is connected with straight guide, and straight guide is fixed in drive seat, and the bearing connecting rod on driving head is connected with connecting plate.
Preferably, the upset platform is located at the top of melt pit, and the bulb support base is located at the mounting platform in melt pit
On, the latch of the latch locking mechanism is concordant with the pin hole for overturning platform, is connected with the connecting plate of the upset platform
Drive control mechanism is rest on the ground.There is proof mechanism of water in drive control mechanism thereon on ground, prevents spray from intaking,
Thoroughly solve the problems, such as that conventional hydraulic oil cylinder is placed in melt pit to paralyse by flood equipment.
Brief description of the drawings
Fig. 1 is part section structural representation of the present invention parallel to the turnover platform of Y-direction.
Fig. 2 is bulb support base of the present invention and overturns the structural representation that platform is engaged.
Fig. 3 is the overlooking the structure diagram of present invention upset platform.
Fig. 4 is the present invention looks up structural representation of present invention upset platform.
Fig. 5 is the axial section structural representation of lockable mechanism of the present invention.
Fig. 6 is the structural representation for the drive control mechanism that the present invention does not add baffle plate.
Fig. 7 is the structural representation of the driving head in the drive control mechanism of the present invention.
Embodiment
The present invention is described in further detail below in conjunction with the accompanying drawings, is easy to more clearly understand the present invention, but the present invention
It is not limited to following embodiments.
Heretofore described " X to " is the direction parallel with overturning the short side of platform, and " Y-direction " is and upset platform
The parallel direction of long side, " X to " and " Y-direction " are vertical.
As shown in figure 1, a kind of waterproof vehicle turnover platform of the present invention, including bulb support base 2 and upset platform 1, turn over
Turn the lower section installation bulb support base 2 of platform 1, upset platform 1 is supported from bulb support base 2 and can overturn around X to, Y-direction, is overturn
The X of platform 1 distinguishes the He of X-axis rotary shaft 4 of the composition upset platform 1 of connecting bolt lockable mechanism 3 to the both sides of the symmetry axis with Y-direction
Y-axis rotary shaft 5.
With reference to such scheme, as depicted in figs. 1 and 2, a kind of waterproof vehicle turnover platform of the present invention, bulb support base 2
Including the base 2.2 and bulb 2.1 in cone, the upper end of the bottom insertion base 2.2 of bulb 2.1, bulb 2.1 and base
2.2 are fixedly connected, and more specifically, the bottom of bulb 2.1 as shown in Figure 2 can be made into the plate embedded block of protrusion, in base 2.2
Portion can be provided with cavity, clamping in plate embedded block insertion cavity, and the bottom of base 2.2 can set reinforcing plate and available for fixing
Part on ground, fixed component form is unlimited, can there is numerous embodiments, is to meet base to be stably fixed on ground
It is accurate；It is in cuboid to overturn platform 1, and the X of upset platform 1 is provided with inward recess 1.1, inward recess to the point of intersection of the symmetry axis with Y-direction
Bulb support base 2 is installed, inward recess 1.1 is in contact to form support with bulb 2.1, and this support is used as X-axis rotary shaft 4 in 1.1
Turn forward, retreat 20% when support, while inclined to the left as upset platform 1 along Y-axis rotary shaft 5, to Right deviation 10%
Fulcrum；Inward recess 1.1 is positioned at the center of upset platform 1, and inward recess 1.1 is in flat hemispherical, the top company of bulb 2.1
Inward recess 1.1 is connect, the aperture of inward recess 1.1 is consistent with the sphere diameter of bulb 2.1, to ensure that inward recess 1.1 coats bulb 2.1,
And the summit of bulb 2.1 is in close contact with inward recess 1.1 and is defined, the top of bulb 2.1 is in contact with the flat of inward recess 1.1,
Composition point contact, it is convenient to overturn platform 1 around bulb 2.1 along X to the different dimension of Y-direction is overturn.
It is shown as shown in Figure 1, Figure 3 and Figure 4, overturn platform 1 one end parallel to X to symmetry axis both sides distinguish connecting bolt
Lockable mechanism 3 forms side rotary shaft 6, and side rotary shaft 6 is parallel to X-axis rotary shaft 4；Overturn the X-axis rotary shaft 4, Y of platform 1
Axle rotary shaft 5, the both ends of side rotary shaft 6 are respectively equipped with pin hole 1.2, and latch locking mechanism 3 is inserted in pin hole 1.2, institute
State latch 3.4 and insert in pin hole 1.2 rotary shaft that upset platform 1 is formed after locking；X-axis rotary shaft 4, Y-axis rotary shaft 5, side
Hold the position of rotary shaft 6 specific as shown in figure 4, X-axis rotary shaft 4, Y-axis rotary shaft 5, can also add pipe in side rotary shaft 6
1.7 are strengthened, in addition parallel to X to the axial direction being connected with drive control mechanism 7 can also add pipe 1.7 and strengthened.
The surface of upset platform 1 makes to increase between automobile tire and upset platform 1 provided with two parallel tread plates 1.4 in the Y direction rubs
Power is wiped, the surface of upset platform 1 is additionally provided with two guiding steam supply cars of steel pipe 1.5 and driven into correct position in the Y direction, overturns platform
It is only automobile with being only connected common to steel pipe 1.6 to steel pipe 1.6, one end of guiding steel pipe 1.5 that 1 surface is additionally provided with X-direction
Drive into correct position and fulcrum is provided.One end of upset platform 1 is provided with connecting plate 1.3, and connecting hole is provided with connecting plate 1.3, drives
Controlling organization 7 is connected with connecting hole.Upset platform 1 is located at the top of melt pit, and bulb support base 2 is located at the mounting platform in melt pit
On, the latch 3.4 of latch locking mechanism 3 is concordant with the pin hole 1.2 for overturning platform 1, and the connecting plate 1.3 with overturning platform 1 connects
The drive control mechanism 7 connect is rest on the ground.As shown in Fig. 3, Fig. 4 and Fig. 5, latch locking mechanism 3 include drive cylinder 3.2,
Movable latch axle 3.1 and base 3.3, the top connection drive cylinder 3.2 and movable latch axle 3.1 of base 3.3, movable latch axle
3.1 one end connecting bolts 3.4, the other end of movable latch axle 3.1 connection drive cylinder 3.2, latch 3.4 are inserted in pin hole 1.2
Form 3 rotary shafts of upset platform 1.
As shown in Figure 3 and Figure 6, drive control mechanism 7 includes motor, lifting member, force connector and waterproof case,
Motor is connected with lifting member and drives lifting member to move up and down, lifting member with force connector be connected, exert a force connector and
Connecting plate connects.Motor can use servomotor, and lifting member can be screwed screw mandrel, and force connector can be band
There is the driving head of feed screw nut, bearing connecting rod is housed on driving head, is connected with connecting plate 1.2.Also it can use other can be with
It may be such that the lifting member that upset platform 1 is overturn, such as hydraulic cylinder.
The side of present invention upset platform 1 is provided with connecting plate 1.3, connecting plate 1.3 with overturn platform 1 X-axis symmetry axis 4 and
The distance of Y-axis symmetry axis 5 is equal, and connecting plate 1.3 connects drive control mechanism 7, and connecting hole or ear can be set on connecting plate 1.3
Axle, the attachment structure of drive control mechanism 7 is inserted directly into connecting hole if connecting hole is set；If setting gudgeon, driving control
The attachment structure of mechanism 7 processed can relative set be earrings axle or oscillating bearing, be directly connected between the two, or again in
Between coupling connection, and middle shaft coupling keeps vertical.Drive control mechanism 7 includes motor, lifting member, force connector and prevented
Water shell, motor are connected with lifting member and drive lifting member to move up and down, and lifting member is connected with force connector, and force connects
Fitting is connected with connecting plate 1.3.Drive control mechanism 7 can use motor and the combination of hydraulic cylinder and connecting rod, also may be used
Be able to can be moved with structure combination in the combination of the structure of vertical direction straight line back and forth movement using other, and can be with upset
Platform 1 connects, while structure combination moves up and down and drives upset platform 1 to be defined along the upset of each axle；Preferably, such as Fig. 6 and Fig. 7
Shown, drive control mechanism 7 includes servomotor 7.1, decelerator 7.2, screw mandrel 7.3 and driving head 7.4, servo electricity in the present invention
Machine 7.1 is connected with automatic control system, one end connection reducer 7.2 of servomotor 7.1, the other end connection of decelerator 7.2
Screw mandrel 7.3, the upper end of decelerator 7.2 can also connect handwheel, handwheel and the spline coupling connection of the one end of screw mandrel 7.3, screw mandrel 7.3 with
Driving head 7.4 is threadedly coupled, and driving head 7.4 is connected with overturning the connecting plate 1.3 of platform 1；Drive control mechanism 7 also includes driving
Seat 7.5, straight guide 7.7 and driving arm 7.6, straight guide 7.7 and screw mandrel 7.3 are vertically arranged, and straight guide 7.7 is located at screw mandrel respectively
7.3 both sides, drive seat 7.5 include top plate, mainboard and bottom plate, and mainboard is connected with the one side of straight guide 7.7, driving arm 7.6
One end be connected with top plate, the other end of driving arm 7.6 is connected with bottom plate；The top of the top plate of drive seat 7.5 is decelerator
7.2 and servomotor 7.1, the top of top plate can be set box-like sealed compartment, and being passed through compressed air during operation forms positive ballasting；Bottom
Plate is connected with ground installation portion, makes drive control mechanism 7 is firm when working not rock, and mainboard is that straight guide 7.7 provides support；Drive
Top plate is connected by dynamic support 7.6 with marginal portion corresponding to bottom plate, and water bar, water bar are installed between driving arm 7.6
Form a prismatoid framework；In order to which driving head 7.4 is smoothly connected with overturning the connecting plate 1.3 of platform 1, the relevant position of baffle plate
Can perforate.As shown in fig. 7, driving head 7.4 includes T-shaped connecting plate 7.4.1, sliding block 7.4.3 and bearing connecting rod 7.4.5 are T-shaped
Connecting plate 7.4.1 middle through-hole is simultaneously provided with feed screw nut 7.4.2, feed screw nut 7.4.2 be engaged with screw mandrel 7.3 can on move down
It is dynamic；Sliding block 7.4.3 is fixed on T-shaped connecting plate 7.4.1 both ends, and sliding block 7.4.3 is connected in C fonts and with straight guide 7.7, bearing
Connecting rod 7.4.5 is overhanging after being connected with T-shaped connecting plate 7.4.1 to be connected with connecting plate 1.3, and bearing connecting rod 7.4.5 can pass through axle
Pressing plate 7.4.4 is fixed on T-shaped connecting plate 7.4.1, and shaft pressuring plate 7.4.4 is connected by screw with T-shaped connecting plate 7.4.1.
The present invention when vehicle sealing drenches with rain test, specifically to overturn implementation as follows：First by bulb support base
2 base 2.2 is fixed on the mounting platform in melt pit, then the indent by the top of bulb 2.1 through the center of upset platform 1
In hole 1.1, upset three axis X axle rotary shafts 4 of platform 1, Y-axis rotary shaft 5, side rotary shaft 6 both ends pin hole
Six latch locking mechanisms 3 are installed respectively in 1.2, all latch locking mechanisms 3 are adjusted in a level height, are adjusted
Latch 3.4 can be inserted in pin hole 1.2 after good, upset platform 1 is overall to be can be positioned on horizontal plane, automobile is driven into anti-skidding
Drive on upset platform 1 on bar 1.4 and along the direction for being oriented to steel pipe 1.5 is stable, stop when after stopping to steel pipe 1.6,
Tested automobile is fixed on upset platform 1, salt fog test can be begun turning.First salt fog test is carried out in horizontal level；
After horizontal level off-test, the latch 3.4 of X-axis rotary shaft 4, side rotary shaft 6 is removed, now only remains the both sides of Y-axis rotary shaft 5
Latch 3.4 still in pin hole 1.2, constitute the Y-axis rotary shaft of upset platform 1, the bearing of drive control mechanism 7 connected
Bar is connected with overturning the connecting plate 1.3 of platform 1, opens drive control mechanism 7, when the driving head of drive control mechanism 7 is transported up and down
When dynamic, the upset platform 1 being connected with drive control mechanism 7 is and then moved upwardly or downwardly, respectively along Y-axis "Left"-deviationist 10%, along Y
Axle Right deviation 10%, start left-leaning, Right deviation afterwards in place under two kinds of positions and drench with rain test, horizontal level is returned to after the completion of test；By X
The latch 3.4 at the both ends of axle rotary shaft 4 is inserted in pin hole 1.2, and the latch 3.4 at the both ends of Y-axis rotary shaft 5 is withdrawn, drive control machine
Structure 7 moves up and down again, drives upset platform 1 to be leaned forward 20%, hypsokinesis 20% along X-axis, complete to lean forward afterwards in place two kinds of positions,
Hypsokinesis is drenched with rain test, eventually passes back to horizontal plane, and Y-axis rotary shaft 5, the latch 3.4 at the both ends of side rotary shaft 6 insert pin hole 1.2
Interior, drive control mechanism 7 powers off.Can so complete vehicle lean forward, the gradient of hypsokinesis 20%, the gradient of left-leaning Right deviation 10% and level
Testing experiment of drenching with rain under five vehicle postures of horizontal.
When the present invention is repaired for upset platform 1 bottom if desired, the latch 3.4 at the both ends of side rotary shaft 6 can be inserted
Enter in pin hole 1.2, and Y-axis rotary shaft 5, the latch locking mechanism 3 at the both ends of X-axis rotary shaft 4 unloaded, upset platform 1 along
Side rotary shaft 6 and through drive control mechanism 7 driving be lifted to correct position after, upset platform 1 then lifted, overturn platform 1
Depart from bulb support base 2, maintenance personal easily can overhaul to the bottom for overturning platform 1.
Unspecified content is prior art known to a person of ordinary skill in the art in this specification.
Above-described embodiment is only schematical, and used technical term is limited in the present invention
Qualifier only opens for convenience of description of the invention, one of ordinary skill in the art waterproof vehicle turnover platform of the present invention
Under showing, in the case of present inventive concept and scope of the claimed protection is not departed from, many forms can be also derived, these are equal
Within protection scope of the present invention.
Claims (15)
- A kind of 1. waterproof vehicle turnover platform, it is characterised in that：It is described to turn over including bulb support base (2) and upset platform (1) Turn platform (1) lower section installation bulb support base (2), it is described upset platform (1) from bulb support base (2) support and can around X to, Y-direction is overturn, and the X of the upset platform (1) distinguishes connecting bolt lockable mechanism (3) composition to the both sides of the symmetry axis with Y-direction and turned over Turn the X-axis rotary shaft (4) and Y-axis rotary shaft (5) of platform (1).
- 2. waterproof vehicle turnover platform according to claim 1, it is characterised in that：The bulb support base (2) includes In the base (2.2) and bulb (2.1) of cone, the upper end of the bottom insertion base (2.2) of the bulb (2.1), the ball Head (2.1) is fixedly connected with base (2.2).
- 3. waterproof vehicle turnover platform according to claim 2, it is characterised in that：The upset platform (1) is in rectangular Body, the X of the upset platform (1) is provided with inward recess (1.1) to the point of intersection of the symmetry axis with Y-direction, in the inward recess (1.1) Bulb support base (2) is installed, inward recess (1.1) is in contact with the bulb (2.1).
- 4. waterproof vehicle turnover platform according to claim 3, it is characterised in that：The inward recess (1.1) is in flat It is hemispherical, the top of the bulb (2.1) connects the inward recess (1.1), and the bulb (2.1) is wrapped by inward recess (1.1) Cover, the top of the bulb (2.1) and flat being in contact of inward recess (1.1).
- 5. the waterproof vehicle turnover platform according to claim 1,3 or 4, it is characterised in that：The upset platform (1) One end parallel to X to symmetry axis both sides distinguish connecting bolt lockable mechanism (3) form side rotary shaft (6), side rotation Axle (6) is parallel to X-axis rotary shaft (4).
- 6. waterproof vehicle turnover platform according to claim 5, it is characterised in that：The X-axis rotation of the upset platform (1) Rotating shaft (4), the both ends of Y-axis rotary shaft (5) side rotary shaft (6) are respectively equipped with pin hole (1.2), the latch locking mechanism (3) pin hole (1.2) is inserted.
- 7. the waterproof vehicle turnover platform according to claim 1 or 6, it is characterised in that：The latch locking mechanism (3) Including drive cylinder (3.2), movable latch axle (3.1) and base (3.3), the top connection drive cylinder of the base (3.3) (3.2) and movable latch axle (3.1), movable latch axle (3.1) one end connecting bolt (3.4), the movable latch axle (3.1) other end connection drive cylinder (3.2).
- 8. waterproof vehicle turnover platform according to claim 7, it is characterised in that：The latch (3.4) inserts latch The rotary shaft of upset platform (1) is formed after being locked in hole (1.2).
- 9. the waterproof vehicle turnover platform according to claim 1,3,6,8, it is characterised in that：The upset platform (1) One end be provided with connecting plate (1.3), be provided with connecting hole or connecting shaft, the connecting hole or connecting shaft in the connecting plate (1.3) Connect the axis and the X-axis rotary shaft (4) and the Y-axis rotary shaft (5) of drive control mechanism (7), connecting hole or connecting shaft It is misaligned.
- 10. waterproof vehicle turnover platform according to claim 9, it is characterised in that：The connecting plate (1.3) and X-axis The distance of rotary shaft (4) and Y-axis rotary shaft (5) is equal.
- 11. waterproof vehicle turnover platform according to claim 9, it is characterised in that：The surface of the upset platform (1) A plurality of parallel tread plate (1.4) is provided with the Y direction and more are oriented to steel pipe (1.5), and the surface of the upset platform (1) is in X Direction is provided with only only to be connected to steel pipe (1.6), described one end for being oriented to steel pipe (1.5) with described to steel pipe (1.6).
- 12. the waterproof vehicle turnover platform according to claim 10 or 11, it is characterised in that：The upset platform (1) Bottom surface in Y-axis rotary shaft (5) be provided with pipe (1.7) strengthen, perpendicular to the bottom surface of the upset platform (1) of Y-axis rotary shaft (5) Strengthen provided with more pipes (1.7).
- 13. waterproof vehicle turnover platform according to claim 12, it is characterised in that：The drive control mechanism (7) It is connected and drives above and below lifting member with lifting member including motor, lifting member, force connector and waterproof case, motor Mobile, lifting member is connected with force connector, and force connector is connected with connecting plate (1.3).
- 14. waterproof vehicle turnover platform according to claim 13, it is characterised in that：The drive control mechanism (7) Including servomotor (7.1), decelerator (7.2), screw mandrel (7.3) and driving head (7.4), one end of servomotor (7.1) connects Decelerator (7.2), the other end connection wire rod (7.3) of decelerator (7.2), the feed screw nut (7.4.2) in driving head (7.4) is even Screw mandrel (7.3) is connect, driving head (7.4) is connected provided with sliding block (7.4.3) with straight guide (7.7), and straight guide (7.7) is fixed on drive On dynamic seat (7.5), the bearing connecting rod (7.4.5) on driving head (7.4) is connected with connecting plate (1.3).
- 15. the waterproof vehicle turnover platform according to claim 1,4,6,8,10,11,13 or 14, it is characterised in that：Institute The top that upset platform (1) is located at melt pit is stated, the bulb support base (2) is located on the mounting platform in melt pit, the latch The latch (3.4) of lockable mechanism (3) is concordant with the pin hole (1.2) of upset platform (1), the connection with the upset platform (1) The drive control mechanism (7) of plate (1.3) connection is rest on the ground.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710602840.9A CN107421690B (en) | 2017-07-21 | 2017-07-21 | Waterproof whole-vehicle turnover platform |
Applications Claiming Priority (1)
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