CN209414316U - A kind of frame-type hydraulic station - Google Patents
A kind of frame-type hydraulic station Download PDFInfo
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- CN209414316U CN209414316U CN201822264016.XU CN201822264016U CN209414316U CN 209414316 U CN209414316 U CN 209414316U CN 201822264016 U CN201822264016 U CN 201822264016U CN 209414316 U CN209414316 U CN 209414316U
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- stay tube
- frame
- hydraulic station
- knob bolts
- sliding
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Abstract
The utility model relates to a kind of frame-type hydraulic station, including main body and frame assembly, main body includes fuel tank, platen, oil pump, cooler, oil path block, pressure regulating device, pressure gauge and fan；Frame assembly includes panel, the first stay tube, bottom plate, the second stay tube, push pipe, the first knob bolts, the second knob bolts and cutting；The utility model can convert the installation site of cooler as needed, be allowed to be suitable for the installation region with different heat dissipation directions, be conducive to heat dissipation, and simple to operate.
Description
Technical field
The utility model relates to a kind of frame-type 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；It is hydraulic in order to be not take up exceptional space
It stands and is mostly mounted in the region of narrow space, thermovent is directional, such as: only top is suitble to heat dissipation to some regions, certain
Only side is suitble to radiate in region；The cooler of existing hydraulic station is incorporated into greatly the side of fuel tank and can not convert, and is unfavorable for very much
Heat dissipation, needs further improvement.
Utility model content
In view of the above-mentioned state of the art, the technical problem to be solved by the utility model is to provide a kind of energy bases
It needs to convert the installation site of cooler, is conducive to heat dissipation, and frame-type hydraulic station simple to operate.
Technical solution adopted by the utility model to solve the above technical problems is as follows: a kind of frame-type hydraulic station, including master
Body and frame assembly, main body include fuel tank, platen, oil pump, cooler, oil path block, pressure regulating device, pressure gauge and fan, spy
Sign is, frame assembly is provided with above the platen, and the frame assembly includes panel, the first stay tube, bottom plate, the second support
Pipe, push pipe, the first knob bolts, the second knob bolts and cutting, there are two symmetrical parallel distributions for the top setting of the platen
Push pipe, the both ends of each push pipe are respectively fixed with the first stay tube and the second stay tube being distributed vertically, each described first
The lower end of stay tube and the second stay tube is respectively and fixedly provided with a bottom plate, and each bottom plate is each attached in the upper plane of platen；Two
The panel being embedded for pressure gauge is fixed between the upper end of first stay tube；It is opened on the inner side surface of two push pipes
It is accordingly opened on the inner side surface of two second stay tubes equipped with symmetrical and cross direction profiles a first sliding grooves
Equipped with symmetrical and cross direction profiles a second sliding slot；One is also offered on the inner side surface of two second stay tubes
Third sliding slot that is a symmetrical and being distributed vertically, accordingly, on the inner side surface of two push pipes offers a phase
The 4th sliding slot that is mutually symmetrical and being distributed vertically；The two sides of the cooler be respectively and fixedly provided with one symmetrically and cross direction profiles insert
Item；Two cuttings are respectively inserted into the first sliding groove in two push pipes；The upside of two push pipes is interspersed to be spirally connected
There are second knob bolts being distributed vertically；The outside of two second stay tubes is interspersed to be bolted with a cross direction profiles
First knob bolts.
Preferably, the second sliding slot is equal with first sliding groove width and is located on same level straight line；The third is sliding
Slot is equal with the 4th trough width and is located in same vertical straight line.
Preferably, two second sliding slots are orthogonal with two third sliding slots respectively and are connected to, two first sliding grooves
It is orthogonal with two the 4th sliding slots respectively and be connected to.
Preferably, the end of thread of two second knob bolts is held out against respectively on the upside side of two cuttings；Two
The position of a first knob bolts cooperates with the position of two cuttings respectively.
Preferably, two cuttings cooperate with two third sliding slots respectively.
Compared with the prior art, the advantages of the utility model are: the utility model can convert cooler as needed
Installation site is allowed to be suitable for the installation region with different heat dissipation directions, is conducive to heat dissipation, and simple to operate.
Detailed description of the invention
Fig. 1 is the structure chart of the utility model.
Specific embodiment
As shown in Figure 1, a kind of frame-type hydraulic station, including main body and frame assembly, main body include fuel tank 1, platen 2, oil
Pump 3, cooler 4, oil path block 5, pressure regulating device 6, pressure gauge 8 and fan 9；Fuel tank 1 is fixedly arranged above platen 2, platen 2 it is upper
Side is provided with oil pump 3 and oil path block 5, and the top of oil path block 5 is provided with pressure regulating device 6；When body of work, start oil pump 3 first
Rotation, oil pump 3 is interior to form parital vacuum, generates suction and oil is sucked in oil pump 3 from fuel tank 1 via pipeline, and then oil is defeated
Enter into oil path block 5；Later, pressure regulating device 6 oil circuit in oil path block 5 is adjusted the pressure and stream for making up to needs
Amount, and oil is input in external equipment by pipeline, multiple pressure gauges 8 are connected by pipeline with oil path block 5, so as to show
The pressure value in oil circuit is corresponded to, out in order to be monitored to oil pressure；Oil turns again to oil path block 5 in external equipment after use
It is interior, and then enter cooler 4 to reduce oil temperature, the fan 9 being arranged on cooler 4 can take away the heat on cooler 4, from
And accelerate cooling velocity；Oil after cooling returns to fuel tank 1 by pipeline, forms a circulation, and the above-mentioned course of work is existing skill
Art；And the characteristics of the utility model is: the top of platen 2 is provided with frame assembly, and frame assembly includes that panel 7, first supports
Pipe 10, bottom plate 11, the second stay tube 12, push pipe 13, the first knob bolts 14, the second knob bolts 15 and cutting 16, platen 2 it is upper
For side's setting there are two the push pipe 13 of symmetrical parallel distribution, the both ends of each push pipe 13 are respectively fixed with the first stay tube being distributed vertically
10 and second stay tube 12, the lower end of each first stay tube 10 and the second stay tube 12 is respectively and fixedly provided with a bottom plate 11, each bottom plate 11
It is each attached in the upper plane of platen 2；Panel 7 is fixed between the upper end of two the first stay tubes 10, pressure gauge 8 is embedded in panel
In 7, operator is facilitated to observe the numerical value of pressure gauge 8；One is offered on the inner side surface of two push pipes 13 symmetrically
And the first sliding groove 131 of cross direction profiles accordingly offers one symmetrically on the inner side surface of two the second stay tubes 12
And the second sliding slot 122 of cross direction profiles；Second sliding slot 122 is equal with 131 width of first sliding groove and is located on same level straight line；
The third sliding slot 121 for also offering one on the inner side surface of two the second stay tubes 12 symmetrically and being distributed vertically, it is corresponding
Ground, the 4th sliding slot 132 that one is offered on the inner side surface of two push pipes 13 symmetrically and is distributed vertically, third sliding slot
121 it is equal with 132 width of the 4th sliding slot and be located at same vertical straight line on；Two second sliding slots 122 are sliding with two thirds respectively
Slot 121 is orthogonal and is connected to, and two first sliding grooves 131 are orthogonal with two the 4th sliding slots 132 respectively and are connected to；The two sides of cooler 4
It is respectively and fixedly provided with symmetrical and cross direction profiles a cutting 16；Two cuttings 16 are respectively inserted into first in two push pipes 13
In sliding slot 131；The upside of two push pipes 13 is interspersed to be bolted with second knob bolts 15 being distributed vertically；Two second supports
Interspersed the first knob bolts 14 for being bolted with a cross direction profiles in the outside of pipe 12；The end of thread of two the second knob bolts 15
It is held out against on the upside side of two cuttings 16 respectively；Two cuttings 16 cooperate with two third sliding slots 121 respectively；Two
The position of first knob bolts 14 cooperates with the position of two cuttings 16 respectively.
When use: the oil for flowing through cooler 4 cools down under the action of cooler 4, meanwhile, fan 9 is rotated to outlet
Wind improves cooling effect so that the heat in cooler 4 be taken away outward, and such installation method is suitable for top and has
The installation region of heat-dissipating space when only there is ventilation opening in side, at this moment just needs but if the region of installation hydraulic station is top closed
Change the installation site of cooler 4 to change the direction of fan 9, when operation first unscrews two the second knob bolts 15, then
Two outside pulls of first sliding groove 131, and last two second cunnings of disengaging respectively are distinguished into the cutting 16 for being set to 4 two sides of cooler
Slot 122, and then cooler 4 and fan 9 are removed together, then cooler 4 and fan 9 are rotated by 90 °, so that two
Cutting 16 is inserted respectively into two third sliding slots 121 via two the 4th sliding slots 132 respectively from top to bottom respectively, then tightens two
A first knob bolts 14, so that the end of thread of two the first knob bolts 14 holds out against the outer lateral side of two cuttings 16 respectively,
To fixing cooler 4, prevent its displacement, the air outlet of such fan 9 just by be changed into straight up horizontally outward, from
And the installation region that there is ventilation opening in only side is adapted to, it is simple to operate.
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；It is hydraulic in order to be not take up exceptional space
It stands and is mostly mounted in the region of narrow space, thermovent is directional, such as: only top is suitble to heat dissipation to some regions, certain
Only side is suitble to radiate in region；The cooler of existing hydraulic station is incorporated into greatly the side of fuel tank and can not convert, and is unfavorable for very much
Heat dissipation；The utility model can convert the installation site of cooler as needed, be allowed to be suitable for the peace with different heat dissipation directions
Region is filled, is conducive to heat dissipation, and simple to operate.
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 (5)
1. a kind of frame-type hydraulic station, including main body and frame assembly, main body includes fuel tank, platen, oil pump, cooler, oil circuit
Block, pressure regulating device, pressure gauge and fan, which is characterized in that frame assembly, the frame assembly are provided with above the platen
Including panel, the first stay tube, bottom plate, the second stay tube, push pipe, the first knob bolts, the second knob bolts and cutting, the platen
Top setting there are two symmetrical parallel distribution push pipe, the both ends of each push pipe are respectively fixed with first be distributed vertically
The lower end of stay tube and the second stay tube, each first stay tube and the second stay tube is respectively and fixedly provided with a bottom plate, each bottom plate
It is each attached in the upper plane of platen；The panel being embedded for pressure gauge is fixed between the upper end of two first stay tubes；
Symmetrical and cross direction profiles a first sliding groove, accordingly, two are offered on the inner side surface of two push pipes
Symmetrical and cross direction profiles a second sliding slot is offered on the inner side surface of second stay tube；Two described second
The third sliding slot for also offering one on the inner side surface of stay tube symmetrically and being distributed vertically, accordingly, two tops
The 4th sliding slot for offering one on the inner side surface of pipe symmetrically and being distributed vertically；The two sides of the cooler are fixed
There is symmetrical and cross direction profiles a cutting；Two cuttings are respectively inserted into the first sliding groove in two push pipes；
The upside of two push pipes is interspersed to be bolted with second knob bolts being distributed vertically；Two second stay tubes it is outer
Interspersed the first knob bolts for being bolted with a cross direction profiles in side.
2. a kind of frame-type hydraulic station according to claim 1, which is characterized in that the second sliding slot and first sliding groove are wide
It spends equal and is located on same level straight line；The third sliding slot is equal with the 4th trough width and is located at same vertical straight line
On.
3. a kind of frame-type hydraulic station according to claim 1, which is characterized in that two second sliding slots are respectively with two
A third sliding slot is orthogonal and is connected to, and two first sliding grooves are orthogonal with two the 4th sliding slots respectively and are connected to.
4. a kind of frame-type hydraulic station according to claim 1, which is characterized in that the spiral shell of two second knob bolts
Line end is held out against respectively on the upside side of two cuttings；The position of two first knob bolts respectively with two cuttings
Position cooperates.
5. a kind of frame-type hydraulic station according to claim 1, which is characterized in that two cuttings respectively with two
Three sliding slots cooperate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822264016.XU CN209414316U (en) | 2018-12-31 | 2018-12-31 | A kind of frame-type hydraulic station |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822264016.XU CN209414316U (en) | 2018-12-31 | 2018-12-31 | A kind of frame-type hydraulic station |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209414316U true CN209414316U (en) | 2019-09-20 |
Family
ID=67941978
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822264016.XU Active CN209414316U (en) | 2018-12-31 | 2018-12-31 | A kind of frame-type hydraulic station |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209414316U (en) |
-
2018
- 2018-12-31 CN CN201822264016.XU patent/CN209414316U/en active Active
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