CN209414315U - A kind of inclined lift hydraulic station - Google Patents
A kind of inclined lift hydraulic station Download PDFInfo
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- CN209414315U CN209414315U CN201822265494.2U CN201822265494U CN209414315U CN 209414315 U CN209414315 U CN 209414315U CN 201822265494 U CN201822265494 U CN 201822265494U CN 209414315 U CN209414315 U CN 209414315U
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- round bar
- fixed
- hydraulic station
- driving assembly
- convex blocks
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Abstract
The utility model relates to a kind of inclined lift hydraulic stations, including main body and lifting component, and main body includes fuel tank, platen, oil pump, cooler, oil path block, pressure regulating device and output mechanism；Being lifted component includes lifter plate, vertical plate, crossbeam, first connecting rod, second connecting rod, first lug, the first driving assembly and the second driving assembly；The utility model has inclined lift function, certain altitude can be risen into the inside of hydraulic station as needed and be inclined outwardly, allowing for operator in this way can easily assemble and overhaul to the component being located on the inside of narrow regions, greatly facilitate assembly and maintenance, it is time saving and energy saving and easy to operate.
Description
Technical field
The utility model relates to a kind of inclined lift hydraulic stations.
Background technique
Hydraulic station is usually to provide the electromechanical assembly of lubrication, power for large and medium-sized industrial mechanical movement, is suitable for
Driving device separated with hydraulic station it is various mechanically, with realize it is various as defined in movement；Hydraulic station is sometimes for mounted in space
In lesser region, cause operator the component for being located at the area inside can not be assembled and be overhauled, existing lifting
Formula hydraulic station only has vertical lift function, i.e., integrally can only be lifted hydraulic station and can not change tilt angle, assembly and maintenance
It is still inconvenient, hydraulic station can only integrally be removed by haulage equipment, it is time-consuming and laborious, it needs further improvement.
Utility model content
In view of the above-mentioned state of the art, have the technical problem to be solved by the utility model is to provide one kind and incline
Oblique elevating function greatly facilitates assembly and maintenance, time saving and energy saving and easy to operate inclined lift hydraulic station.
Technical solution adopted by the utility model to solve the above technical problems is as follows: a kind of inclined lift hydraulic station, packet
Main body and lifting component are included, main body includes fuel tank, platen, oil pump, cooler, oil path block, pressure regulating device and output mechanism, spy
Sign is, lifting component is provided with below the main body, and the lifting component includes lifter plate, vertical plate, crossbeam, the first company
Bar, second connecting rod, first lug, the first driving assembly and the second driving assembly, the lifter plate are fixed on the lower section of fuel tank, institute
The lower plane side for stating lifter plate is fixed there are two symmetrical first connecting rod, the other end of two first connecting rods with
First driving assembly is connected；The lower plane other side of the lifter plate is fixed, and there are two symmetrical first lug, two institutes
The side for stating first lug is provided with a rotatable second connecting rod, and the other end of two second connecting rods is with second
Driving assembly is connected；The vertical plate is vertically arranged in the outside of two first connecting rods, and the side of the vertical plate is fixed, and there are two right
Claim and the crossbeam of cross direction profiles, the other end of two crossbeams have been formed down a supporting leg；Two crossbeams it is upper
The first convex block that one is symmetrically distributed and the second convex block that one is symmetrically distributed are outwardly formed on the side of side；It is described
First driving assembly, which is connected, to be arranged between two the first convex blocks, second driving assembly setting two the second convex blocks it
Between.
Preferably, two crossbeams are respectively positioned on the lower section of lifter plate, and two first convex blocks are located at close to vertical plate
Side, two second convex blocks are located at close to the side of two supporting legs.
Preferably, first driving assembly include the second lug, the first oil cylinder, the first sliding sleeve, the first round bar, swing rod,
First shaft, the second round bar and third round bar；The inside of the vertical plate is fixed there are two the second symmetrical lug, and described the
One oil cylinder is spindle rotationally arranged between two the second lugs, and the telescopic end of first oil cylinder is downwardly fixed to the first sliding sleeve
Outside interts in first sliding sleeve and is connected with rotatable first round bar, is provided on the inside of two first convex blocks
One swing rod being symmetrically distributed, one end of two swing rods are separately fixed at the both ends of the first round bar, two pendulum
It is fixed with the second round bar of cross direction profiles between the other end of bar, is provided with the first shaft between the middle part of two swing rods,
It has been outwardly formed an extension item on the downside of the middle part of two swing rods, has been fixed between two other ends for extending item
The third round bar of cross direction profiles.
Preferably, the both ends of first shaft are each passed through two swing rods and rotatable be inserted into is connected to two respectively
In first convex block.
Preferably, the other end of two first connecting rods is rotatably coupled on the second round bar respectively and is located at two
The inside of swing rod.
Preferably, second driving assembly includes the second oil cylinder, the second sliding sleeve, the 4th round bar, L-type swing rod, the second axis
Bar and the 5th round bar；The second sliding sleeve is fixed on the telescopic end of second oil cylinder, the other end of second oil cylinder can be rotated
Be connected on third round bar, in second sliding sleeve intert be connected with rotatable 4th round bar, two second convex blocks
Inside be provided with the L-type swing rod being symmetrically distributed；One end of two L-type swing rods is separately fixed at the 4th circle
The both ends of bar, are fixed with the 5th round bar between the other end of two L-type swing rods, between the middle part of two L-type swing rods
It is provided with the second shaft of cross direction profiles.
Preferably, the both ends of second shaft are each passed through two L-type swing rods and rotatable be inserted into is connected to respectively
Inside two the second convex blocks.
Preferably, the other end of two second connecting rods is rotatably coupled to both ends and the difference of the 5th round bar respectively
Positioned at the inside of two L-type swing rods.
Compared with the prior art, the advantages of the utility model are: the utility model has inclined lift function, it can basis
It needs to rise the inside of hydraulic station certain altitude and is inclined outwardly, allowing for operator in this way can easily be narrow to being located at
The component of area inside is assembled and is overhauled, and assembly and maintenance are greatly facilitated, time saving and energy saving and easy to operate.
Detailed description of the invention
Fig. 1 is the structure chart of the utility model；
Fig. 2 is the rear structure figure of the main body of the utility model.
Specific embodiment
As shown in Fig. 1~2, a kind of inclined lift hydraulic station, including main body and lifting component, main body includes fuel tank 1, platform
Plate 2, oil pump 3, cooler 4, oil path block 5, pressure regulating device 6 and output mechanism 7；Fuel tank 1 is fixedly arranged above platen 2, platen 2
Top is provided with oil pump 3, oil path block 5 and output mechanism 7, and the top of oil path block 5 is provided with pressure regulating device 6, and the setting of cooler 4 exists
The side of fuel tank 1, is provided with lifting component below main body, and lifting component includes that lifter plate 8, vertical plate 9, crossbeam 10, first connect
Bar 17, second connecting rod 25, first lug 26, the first driving assembly and the second driving assembly, lifter plate 8 are fixed under fuel tank 1
Side, the lower plane side of lifter plate 8 is fixed there are two symmetrical first connecting rod 17, and the other end of two first connecting rods 17 is equal
It is connected with the first driving assembly；The lower plane other side of lifter plate 8 is fixed there are two symmetrical first lug 26, and two the
The side of one lug 26 is provided with a rotatable second connecting rod 25, and the other end of two second connecting rods 25 drives with second
Dynamic component is connected；Vertical plate 9 is vertically arranged in the outside of two first connecting rods 17, and the side of vertical plate 9 is fixed, and there are two symmetrical and horizontal
To the crossbeam 10 of distribution, two crossbeams 10 are respectively positioned on the lower section of lifter plate 8, and the other end of two crossbeams 10 has been formed down one
A supporting leg 1001；First convex block 1002 and one being symmetrically distributed is outwardly formed on the upside side of two crossbeams 10
A the second convex block 1003 being symmetrically distributed；Two the first convex blocks 1002 are located at close to the side of vertical plate 9, two the second convex blocks
1003 are located at close to the side of two supporting legs 1001；First driving assembly, which is connected, to be arranged between two the first convex blocks 1002, the
Two driving assemblies are arranged between two the second convex blocks 1003；First driving assembly includes the second lug 11, the first oil cylinder 12, the
One sliding sleeve 13, the first round bar 14, swing rod 15, the first shaft 27, the second round bar 16 and third round bar 19；The inside of vertical plate 9 is fixed
There are two the second symmetrical lug 11, the first oil cylinder 12 is spindle rotationally arranged between two the second lugs 11, the first oil
The telescopic end of cylinder 12 is downwardly fixed to the outside of the first sliding sleeve 13, intert in the first sliding sleeve 13 and be connected with rotatable first round bar
14, the inside of two the first convex blocks 1002 is provided with the swing rod being symmetrically distributed 15, one end point of two swing rods 15
It is not fixed on the both ends of the first round bar 14, is fixed with the second round bar 16 of cross direction profiles between the other end of two swing rods 15, two
The first shaft 27 is provided between the middle part of a swing rod 15, the both ends of the first shaft 27 are each passed through two swing rods 15 and respectively can
The insertion of rotation is connected in two the first convex blocks 1002, has been outwardly formed an extension item on the downside of the middle part of two swing rods 15
151, the third round bars 19 of cross direction profiles is fixed between the other end of two extension items 151；Two first connecting rods 17 it is another
End is rotatably coupled on the second round bar 16 respectively and is located at the inside of two swing rods 15；Second driving assembly includes the
Two oil cylinders 20, the second sliding sleeve 21, the 4th round bar 18, L-type swing rod 22, the second shaft 24 and the 5th round bar 23；Second oil cylinder 20
The second sliding sleeve 21 is fixed on telescopic end, the other end of the second oil cylinder 20 is rotatably coupled on third round bar 19, and second is sliding
Intert in set 21 and be connected with rotatable 4th round bar 18, the inside of two the second convex blocks 1003 is provided with one symmetrically
The L-type swing rod 22 of distribution；One end of two L-type swing rods 22 is separately fixed at the both ends of the 4th round bar 18, two L-type swing rods 22
It is fixed with the 5th round bar 23 between the other end, the second shaft 24 of cross direction profiles is provided between the middle part of two L-type swing rods 22；
The both ends of second shaft 24 are each passed through two L-type swing rods 22 and rotatable be inserted into is connected to two the second convex blocks 1003 respectively
It is internal；The other end of two second connecting rods 25 is rotatably coupled to the both ends of the 5th round bar 23 respectively and is located at two L
The inside of type swing rod 22.
When body of work, starting oil pump 3 rotation first, oil pump 3 is interior to form parital vacuum, generates suction oily from fuel tank 1
In via in pipeline sucking oil pump 3, then oil is input in oil path block 5 by pipeline again, the pressure regulator being located on oil path block 5
The oil circuit inside oil path block 5 is adjusted in structure 6, makes up to using required pressure and flow, and then will be oily by pipeline
It is sent in output mechanism 7, oil is output in external equipment by final output mechanism 7 by pipeline, and the oil in external equipment exists
It returns after use in output mechanism 7, is then flowed back into oil path block 5 again, and then enter back into cooler 4 to reduce oil temperature, it is cold
But the oil after returns to fuel tank 1 by pipeline, forms a circulation, and the above-mentioned course of work is the prior art.
And the characteristics of the utility model, is to be provided with lifting component, application method is as follows: the first oil cylinder 12 of driving
Telescopic end is protruding, and then drives the first round bar 14 to rotate down around the first shaft 27 by the first sliding sleeve 13, to borrow
Help two swing rods 15 that the second round bars 16 and third round bar 19 is driven to be rotated up, the second round bar 16 is rotated up meeting so that two the
One connecting rod 17 jacks up lifter plate 8 upwards, allows for the side inclination lifting of main body in this way, facilitates operator to the portion for raising side
Part is observed and is overhauled；And third round bar 19 is rotated up and will drive the other end of the second oil cylinder 20 and be rotated up, if at this time
It drives the telescopic end of the second oil cylinder 20 protruding, then the 4th round bar 18 can be made upward around the second axis by the second sliding sleeve 21
Bar 24 rotates, to drive the 5th round bar 23 to be rotated up by dynamic two L-type swing rods 22, and then jacks up two second companies upwards
Bar 25 is lifted so that the other side of main body also tilts and main body is made to tend to be horizontal, conversely, if driving the second oil cylinder 20
Telescopic end then can make the gradient of main body bigger to contract；If subsequently continue drive the first oil cylinder 12 telescopic end to
Outer stretching, then the side of main body will continue to be lifted, so that the side of main body slowly tilts and is lifted again；The work of first oil cylinder 12
When, the first oil cylinder 12 can rotate between two the second lugs 11；And the second oil cylinder 20 is when working, two second connecting rods 25 it is upper
End can produce relative rotation with two first lugs 26 respectively.
Hydraulic station is usually to provide the electromechanical assembly of lubrication, power for large and medium-sized industrial mechanical movement, is suitable for
Driving device separated with hydraulic station it is various mechanically, with realize it is various as defined in movement；Hydraulic station is sometimes for mounted in space
In lesser region, cause operator the component for being located at the area inside can not be assembled and be overhauled, existing lifting
Formula hydraulic station only has vertical lift function, i.e., integrally can only be lifted hydraulic station and can not change tilt angle, assembly and maintenance
It is still inconvenient, hydraulic station can only integrally be removed by haulage equipment, it is time-consuming and laborious；The utility model has inclined lift function
Can, certain altitude can be risen into the inside of hydraulic station as needed and be inclined outwardly, allowing for operator in this way can easily
The component being located on the inside of narrow regions is assembled and overhauled, assembly and maintenance are greatly facilitated, it is time saving and energy saving, and operate
Simply.
Finally, it should be noted that above embodiments are only to illustrate the technical solution of the utility model, rather than its limitations；
Although the utility model is described in detail with reference to the foregoing embodiments, it will be understood by those of skill in the art that its according to
It is so possible to modify the technical solutions described in the foregoing embodiments, or part of technical characteristic is replaced on an equal basis
It changes；And these are modified or replaceed, various embodiments of the utility model technical solution that it does not separate the essence of the corresponding technical solution
Spirit and scope.
Claims (8)
1. a kind of inclined lift hydraulic station, including main body and lifting component, main body include fuel tank, platen, oil pump, cooler,
Oil path block, pressure regulating device and output mechanism, which is characterized in that lifting component, the lifting group are provided with below the main body
Part includes lifter plate, vertical plate, crossbeam, first connecting rod, second connecting rod, first lug, the first driving assembly and the second driving assembly,
The lifter plate is fixed on the lower section of fuel tank, and the lower plane side of the lifter plate is fixed, and there are two the first symmetrical companies
Bar, the other end of two first connecting rods are connected with the first driving assembly；The lower plane other side of the lifter plate is fixed
There are two symmetrical first lug, the side of two first lugs is provided with a rotatable second connecting rod,
The other end of two second connecting rods is connected with the second driving assembly；The vertical plate is vertically arranged in two first connecting rods
Outside, the side of the vertical plate is fixed there are two symmetrical and cross direction profiles crossbeam, and the other end of two crossbeams is downward
It is formed with a supporting leg；Be outwardly formed on the upside side of two crossbeams the first convex block that one is symmetrically distributed and
One the second convex block being symmetrically distributed；First driving assembly, which is connected, to be arranged between two the first convex blocks, and described the
Two driving assemblies are arranged between two the second convex blocks.
2. a kind of inclined lift hydraulic station according to claim 1, which is characterized in that two crossbeams are respectively positioned on liter
The lower section of plate drops, and two first convex blocks are located at close to the side of vertical plate, and two second convex blocks are located at close to two branch
The side of leg.
3. a kind of inclined lift hydraulic station according to claim 1, which is characterized in that first driving assembly includes
Second lug, the first oil cylinder, the first sliding sleeve, the first round bar, swing rod, the first shaft, the second round bar and third round bar；The vertical plate
Inside it is fixed there are two the second symmetrical lug, first oil cylinder be spindle rotationally arranged in two the second lugs it
Between, the telescopic end of first oil cylinder is downwardly fixed to the outside of the first sliding sleeve, intert in first sliding sleeve and be connected with and can turn
The first dynamic round bar is provided with the swing rod being symmetrically distributed, two pendulum on the inside of two first convex blocks
One end of bar is separately fixed at the both ends of the first round bar, and the second of cross direction profiles is fixed between the other end of two swing rods
Round bar is provided with the first shaft between the middle part of two swing rods, has been outwardly formed on the downside of the middle part of two swing rods
One extension item is fixed with the third round bars of cross direction profiles between two other ends for extending item.
4. a kind of inclined lift hydraulic station according to claim 3, which is characterized in that the both ends of first shaft point
Not Chuan Guo two swing rods and respectively rotatable insertion be connected in two the first convex blocks.
5. a kind of inclined lift hydraulic station according to claim 1, which is characterized in that the other end of two first connecting rods
The inside of two swing rods is rotatably coupled on the second round bar and is located at respectively.
6. a kind of inclined lift hydraulic station according to claim 1, which is characterized in that second driving assembly includes
Second oil cylinder, the second sliding sleeve, the 4th round bar, L-type swing rod, the second shaft and the 5th round bar；On the telescopic end of second oil cylinder
It is fixed with the second sliding sleeve, the other end of second oil cylinder is rotatably coupled on third round bar, is worn in second sliding sleeve
It inserts and is connected with rotatable 4th round bar, be provided with the L-type being symmetrically distributed on the inside of two second convex blocks
Swing rod；One end of two L-type swing rods is separately fixed at the both ends of the 4th round bar, the other ends of two L-type swing rods it
Between be fixed with the 5th round bar, the second shaft of cross direction profiles is provided between the middle part of two L-type swing rods.
7. a kind of inclined lift hydraulic station according to claim 6, which is characterized in that the both ends of second shaft point
Not Chuan Guo two L-type swing rods and respectively rotatable insertion be connected to inside two the second convex blocks.
8. a kind of inclined lift hydraulic station according to claim 1, which is characterized in that two second connecting rods it is another
One end is rotatably coupled to the both ends of the 5th round bar respectively and is located at the inside of two L-type swing rods.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822265494.2U CN209414315U (en) | 2018-12-31 | 2018-12-31 | A kind of inclined lift hydraulic station |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822265494.2U CN209414315U (en) | 2018-12-31 | 2018-12-31 | A kind of inclined lift hydraulic station |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209414315U true CN209414315U (en) | 2019-09-20 |
Family
ID=67942010
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822265494.2U Active CN209414315U (en) | 2018-12-31 | 2018-12-31 | A kind of inclined lift hydraulic station |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209414315U (en) |
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2018
- 2018-12-31 CN CN201822265494.2U patent/CN209414315U/en active Active
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