CN209625048U - A kind of hydraulic support automatically controlled device test platform - Google Patents
A kind of hydraulic support automatically controlled device test platform Download PDFInfo
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- CN209625048U CN209625048U CN201920429713.8U CN201920429713U CN209625048U CN 209625048 U CN209625048 U CN 209625048U CN 201920429713 U CN201920429713 U CN 201920429713U CN 209625048 U CN209625048 U CN 209625048U
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- test platform
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- automatically controlled
- hydraulic
- bracket controller
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Abstract
The utility model provides a kind of hydraulic support automatically controlled device test platform, including test platform ontology, hydraulic bracket controller a is provided on test platform ontology, hydraulic bracket controller a is connected separately with infrared sensor interface a, displacement sensor interface a, obliquity sensor interface a, pressure sensor interface a, driver interface a are additionally provided with prompt lamp group a on test platform ontology, prompting lamp group a includes driving line interface, and each driving line interface is connected with indicator light.A kind of hydraulic support automatically controlled device test platform of the utility model can directly test the performance quality for these automatically controlled original parts of the sensor, coupler, driver of hydraulic support, it is examined it is not necessary that these automatically controlled original parts are mounted on hydraulic support, the repair quality that ensure that such automatically controlled device, shortens maintenance cycle.
Description
Technical field
The utility model belongs to automatically controlled device the field of test technology, is related to a kind of hydraulic support automatically controlled device test platform.
Background technique
The automatically controlled class device such as sensor, coupler, driver for hydraulic support, during maintenance, due to lacking
The test equipment for testing such automatically controlled device less needs to reinstall the automatically controlled device after maintenance after maintenance process
On hydraulic support, examine the performance quality of automatically controlled device, if not up to maintenance standard, need to return factory's weight using hydraulic support
It repairs, maintenance cycle is long.
Utility model content
The purpose of the utility model is to provide a kind of hydraulic support automatically controlled device test platforms, solve and deposit in the prior art
The automatically controlled device for hydraulic support lack performance test apparatus in maintenance process the problem of.
The utility model the technical scheme adopted is that
A kind of hydraulic support automatically controlled device test platform, including test platform ontology are provided with liquid on test platform ontology
Bracket controller a is pressed, wherein hydraulic bracket controller a is connected separately with infrared sensor interface a, displacement sensor interface a, inclines
Angle transducer interface a, pressure sensor interface a, driver interface a, are wherein additionally provided with prompt lamp group on test platform ontology
A, wherein prompt lamp group a includes driving line interface, each driving line interface is connected with indicator light；
Infrared sensor interface a therein, displacement sensor interface a, pressure sensor interface a, obliquity sensor interface
A, driver interface a is arranged at the outer surface of test platform ontology；
The utility model is also characterized by
Hydraulic bracket controller b, the hydraulic bracket controller a and hydraulic support control are additionally provided on test platform ontology
Device b processed is connected by coupler interface, and coupler interface is double plug, and a plug is connect with hydraulic bracket controller a, another
A plug is connect with hydraulic bracket controller b, and the coupler interface is arranged on the outer surface of test platform ontology.
Wherein test platform body surface is provided with displacement sensor rack a and driver fixed frame a, displacement sensor
Displacement sensor can be placed on rack a, driver fixed frame a is capable of fixing driver.
Wherein test platform body interior is additionally provided with motor and connect with oil pump, and the high-pressure liquid tube setting of oil pump is flat in test
On the outer surface of playscript with stage directions body, wherein oil pump is also respectively connected with boosted switch, step-down switching, filling liquid button and tapping button；
Boosted switch, step-down switching, filling liquid button and tapping button therein are disposed therein the outer of test platform ontology
Surface.
Wherein hydraulic bracket controller b is connected separately with infrared sensor interface b, displacement sensor interface b, inclination angle sensing
Device interface b, pressure sensor interface b, driver interface b are wherein additionally provided with prompt lamp group b on test platform ontology, wherein
Prompting lamp group b includes driving line interface, and each driving line interface is connected with indicator light；
Infrared sensor interface b therein, displacement sensor interface b, pressure sensor interface b, obliquity sensor interface
B, driver interface b is arranged on the wherein outer surface of test platform ontology；
Wherein test platform body surface is provided with displacement sensor rack b and driver fixed frame b, displacement sensor
Displacement sensor can be placed on rack b, driver fixed frame b is capable of fixing driver.
Power switch is additionally provided on test platform ontology, wherein power switch is connected separately with motor, hydraulic support control
Device a processed.
Latch buttons and scram button are additionally provided on test platform ontology, wherein latch buttons are separately connected hydraulic support
Controller a and hydraulic bracket controller b, wherein scram button is separately connected hydraulic bracket controller a and hydraulic bracket controller
B, latch buttons therein and scram button are arranged on the outer surface of test platform ontology.
The utility model has the beneficial effects that
One, a kind of hydraulic support automatically controlled device test platform of the utility model can directly test the biography for hydraulic support
The performance quality of these automatically controlled original parts of sensor, coupler, driver, is examined it is not necessary that these automatically controlled original parts are mounted on hydraulic support
It tests, ensure that the repair quality of such automatically controlled device, shorten maintenance cycle.
Two, a kind of hydraulic support automatically controlled device test platform of the utility model can test multiple automatically controlled devices simultaneously, subtract
Few maintenance time.
Three, using security issues are considered, tapping button is used for oil-feed pump tapping, and scram button can be in emergency situations
Terminate the working condition of the utility model, latch buttons can suspend the working condition of the utility model.
Detailed description of the invention
Fig. 1 is a kind of perspective view of hydraulic support automatically controlled device test platform of the utility model；
Fig. 2 is a kind of connection relationship diagram figure of hydraulic support automatically controlled device test platform of the utility model.
In figure, 1. hydraulic bracket controller a, 2. hydraulic bracket controller b, 3. coupler interfaces, 4. power switches, 5. is red
Outer sensor interface a, 6. infrared sensor interface b, 7. displacement sensor interface a, 8. displacement sensor interface b, 9. warning lights
Group a, the 10. prompt pressure sensor interface of lamp group b, 11. pressure sensor interface a, 12. b, 13. obliquity sensor interface a, 14.
Obliquity sensor interface b, 15. driver interface a, 16. driver interface b, 17. test platform ontologies, 18. scram buttons, 19.
Latch buttons, 20. boosted switch, 21. step-down switchings, 22. filling liquid buttons, 23. tapping buttons, 24. displacement sensors, 25. drive
Dynamic device, 26. displacement sensor rack a, 27. displacement sensor rack b, 28. driver fixed frame a, 29. drivers are placed
Frame b, 30. oil pumps, 31. motors, 32. pressure sensors, 33. couplers.
Specific embodiment
The utility model is described in detail with reference to the accompanying drawings and detailed description.
A kind of hydraulic support automatically controlled device test platform, as depicted in figs. 1 and 2, including test platform ontology 17, test are flat
Hydraulic bracket controller a1 is provided on playscript with stage directions body 17, wherein hydraulic bracket controller a1 is connected separately with infrared sensor interface
A5, displacement sensor interface a7, obliquity sensor interface a13, pressure sensor interface a11, driver interface a15；
Hydraulic bracket controller b2 is additionally provided on test platform ontology 17, pressure bracket controller b2 is connected separately with infrared
Sensor interface b6, displacement sensor interface b8, obliquity sensor interface b14, pressure sensor interface b12, driver interface
b16；
Hydraulic bracket controller a1 is connect with hydraulic bracket controller b2 by coupler interface 3, the coupler interface 3
For double plug, a plug is connect with hydraulic bracket controller a1, another plug is connect with hydraulic bracket controller b2；
Wherein be additionally provided on test platform ontology 17 prompt lamp group a9 and prompt lamp group b10, wherein prompt lamp group b10 and
Prompting lamp group b10 includes driving line interface, and each driving line interface is connected with indicator light；
Wherein hydraulic bracket controller b2, infrared sensor interface a5, infrared sensor interface b6, displacement sensor interface
A7, displacement sensor interface b8, pressure sensor interface a11, pressure sensor interface b12, obliquity sensor interface a13, incline
Angle transducer interface b14, driver interface a15, driver interface b16 and coupler interface 3 are arranged at test platform ontology
17 outer surface；
Wherein 17 surface of test platform ontology be provided with displacement sensor rack a26, displacement sensor rack b27,
Energy on driver fixed frame a28 and driver fixed frame b29, displacement sensor rack a26 and displacement sensor rack b27
Displacement sensor is enough placed, driver fixed frame a28 and driver fixed frame b29 are capable of fixing driver.
It is wherein additionally provided with motor 31 inside test platform ontology 17 to connect with oil pump 30, the high-pressure liquid tube setting of oil pump 30
On the outer surface of test platform ontology 17, wherein oil pump 30 is also respectively connected with boosted switch 20, step-down switching 21, filling liquid button
22 and tapping button 23；Boosted switch 20, step-down switching 21, filling liquid button 22 and tapping button 23 therein are disposed therein survey
Try the outer surface of platform body 17.
Power switch 4 is additionally provided on test platform ontology 17, wherein power switch 4 is connected separately with motor 31, hydraulic
Bracket controller a1.
Latch buttons 19 and scram button 18 are additionally provided on test platform ontology 17, wherein latch buttons 19 are separately connected
Hydraulic bracket controller a1 and hydraulic bracket controller b2, wherein scram button 18 is separately connected hydraulic bracket controller a1 and liquid
Bracket controller b2 is pressed, latch buttons 19 therein and scram button 18 are arranged on the outer surface of test platform ontology 17.
Wherein hydraulic bracket controller a1 and hydraulic bracket controller b2 is the liquid of model TMDPMC (ZDYZ-Z/K2.0)
Press bracket electrofluidic control device controller.
The principles of the present invention are, using the working method of hydraulic bracket controller simulation hydraulic support, thus to liquid
The coupler of bracket is pressed, infrared sensor, displacement sensor, pressure sensor, obliquity sensor, driver carry out performance survey
Examination judges its performance quality.
The working method of the utility model is to turn on the power switch 4, starts hydraulic bracket controller a1, will need to test
Automatically controlled device access on corresponding interface and be tested for the property:
Power supply is opened, due to there was only hydraulic bracket controller a1 unlatching, hydraulic bracket controller a1 and hydraulic support control
Device a2 is coupled by coupler 33, if hydraulic bracket controller a2 can be worked normally, coupler 33 can normal use, otherwise
Coupler 33 needs repairing.
Hydraulic bracket controller a1 and hydraulic bracket controller a2 can infrared sensor, displacement sensor, inclination angle sensing
Device, driver, pressure sensor are tested, below by taking the use of bracket controller a1 and the corresponding interface as an example, to worked
Journey is illustrated:
Test infrared sensor when, outer sensor is connected on infrared sensor interface a5, by infrared transmitter be placed in
The position of infrared sensor certain distance emits signal to infrared sensor, and hydraulic bracket controller a1 can show infrared sensing
For device at a distance from infrared transmitter, user passes through mobile infrared sensor, by the infrared distance of practical infrared distance and display
It compares, judges whether infrared sensor performance is qualified.
When testing displacement sensor 24, displacement sensor 24 is placed on displacement sensor rack a26 or displacement sensing
On device rack b27, sensor is linked on displacement sensor interface a7, hydraulic bracket controller a1 can show its position at this time
Shifting value, user are seen by the way that the inductance loop of displacement sensor 24 to be moved to maximum displacement and the least displacement of position sensor
Examine the maximum displacement value that is shown on hydraulic bracket controller a1 and least displacement value whether be displacement sensor range of surveying, such as
Fruit is that then displacement sensor 24 is qualified, otherwise needs to overhaul.
When testing obliquity sensor, obliquity sensor is linked into obliquity sensor interface a13, hydraulic bracket controller a1
It can show its inclination value, user is carried out practical inclination value and the inclination value of display by the inclination angle of change position inclination angle sensor
Comparison, judges whether obliquity sensor performance is qualified.
In test driver 25, driver 25 is fixed on driver fixed frame a28 or driver fixed frame b29,
Driver 25 is linked on driver interface a15, the driving line on driver 25 is linked into prompt lamp group a9 or warning light
On the driving line interface of group b10, the solenoid valve in lamp group simulated solution pressure bracket is prompted at this time, and the light on and off of lamp represent solenoid valve
Whether switch, user press control solenoid valve key on hydraulic bracket controller a1, check corresponding warning light according to finger
Light on and off are enabled, if it is, driver 25 is qualified, otherwise driver 25 needs repairing.
When testing pressure sensor 32, pressure sensor 32 is linked on the high-pressure liquid tube on oil pump 30, opens motor
31, it presses filling liquid button 22 and filling liquid is carried out to oil pump 30, by boosted switch 20 and step-down switching 21 come the pressure of control oil pump 30
Power, realization apply different pressure to pressure sensor 32, and hydraulic bracket controller a1 can show its pressure value, user at this time
By the pressure control to oil pump 30, actual pressure and the pressure value of display are compared, judge 32 performance of pressure sensor
It is whether qualified.When terminating the test of pressure sensor 32, need to press tapping button 23,30 tapping of oil-feed pump, to guarantee to make
With safety.
The utility model can choose when testing pressure sensor 32 with oil pump-electric system in the utility model
Apply different pressure to pressure sensor 32, realizes the test to pressure sensor 32.
In view of the using security issues of the utility model, wherein scram button 18 can terminate this reality in emergency situations
With novel working condition, latch buttons 19 can suspend the working condition of the utility model；
Scram button and latch buttons are the indispensable button in hydraulic bracket controller, are common knowledge, the utility model
In scram button 18, latch buttons 19 realize function be hydraulic bracket controller a1 and hydraulic bracket controller 2 emergency stop
Or locking functions.
The utility model can be realized test while to multiple automatically controlled devices, shorten maintenance time.
A kind of hydraulic support automatically controlled device test platform of the utility model can directly test the sensing for hydraulic support
The performance quality of these automatically controlled original parts of device, coupler, driver, is examined it is not necessary that these automatically controlled original parts are mounted on hydraulic support
It tests, ensure that the repair quality of such automatically controlled device, shorten maintenance cycle.
Claims (8)
1. a kind of hydraulic support automatically controlled device test platform, which is characterized in that including test platform ontology (17), test platform sheet
It is provided on body (17) hydraulic bracket controller a (1), the hydraulic bracket controller a (1) is connected separately with infrared sensor and connects
Mouth a (5), displacement sensor interface a (7), obliquity sensor interface a (13), pressure sensor interface a (11), driver interface a
(15), prompt lamp group a (9) is additionally provided on the test platform ontology (17), the prompt lamp group a (9) includes driving line
Interface, each driving line interface are connected with indicator light；
The infrared sensor interface a (5), displacement sensor interface a (7), pressure sensor interface a (11), inclination angle sensing
Device interface a (13), driver interface a (15) are arranged at the outer surface of test platform ontology (17).
2. a kind of hydraulic support automatically controlled device test platform as described in claim 1, which is characterized in that the test platform sheet
It is additionally provided on body (17) hydraulic bracket controller b (2), the hydraulic bracket controller a (1) and hydraulic bracket controller b (2)
It is connected by coupler interface (3), the coupler interface (3) is double plug, plug and hydraulic bracket controller a (1)
Connection, another plug are connect with hydraulic bracket controller b (2), and the coupler interface (3) is arranged in test platform ontology
(17) on outer surface.
3. a kind of hydraulic support automatically controlled device test platform as claimed in claim 2, which is characterized in that the test platform sheet
Body (17) surface is provided with displacement sensor rack a (26) and driver fixed frame a (28), displacement sensor rack a
(26) displacement sensor can be placed on, driver fixed frame a (28) is capable of fixing driver.
4. a kind of hydraulic support automatically controlled device test platform as claimed in claim 3, which is characterized in that the test platform sheet
It is additionally provided with motor (31) inside body (17) to connect with oil pump (30), the high-pressure liquid tube of oil pump (30) is arranged in test platform ontology
(17) on outer surface, the oil pump (30) be also respectively connected with boosted switch (20), step-down switching (21), filling liquid button (22) and
Tapping button (23), the boosted switch (20), step-down switching (21), filling liquid button (22) and tapping button (23) setting exist
The outer surface of the test platform ontology (17).
5. a kind of hydraulic support automatically controlled device test platform as claimed in claim 4, which is characterized in that the hydraulic support control
Device b (2) processed be connected separately with infrared sensor interface b (6), displacement sensor interface b (8), obliquity sensor interface b (14),
Pressure sensor interface b (12), driver interface b (16) are additionally provided with prompt lamp group b on the test platform ontology (17)
(10), the prompt lamp group b (10) includes driving line interface, and each driving line interface is connected with indicator light；
The infrared sensor interface b (6), displacement sensor interface b (8), pressure sensor interface b (12), inclination angle sensing
Device interface b (14), driver interface b (16) are arranged on the outer surface of the test platform ontology (17).
6. a kind of hydraulic support automatically controlled device test platform as claimed in claim 5, which is characterized in that the test platform sheet
Body surface face is provided with displacement sensor rack b (27) and driver fixed frame b (29), on displacement sensor rack b (27)
Displacement sensor can be placed, driver fixed frame b (29) is capable of fixing driver.
7. a kind of hydraulic support automatically controlled device test platform as claimed in claim 6, which is characterized in that the test platform sheet
It is additionally provided on body (17) power switch (4), the power switch (4) is connected separately with motor (31), hydraulic bracket controller a
(1)。
8. a kind of hydraulic support automatically controlled device test platform as claimed in claim 7, which is characterized in that the test platform sheet
Latch buttons (19) and scram button (18) are additionally provided on body (17), the latch buttons (19) are separately connected hydraulic support control
Device a (1) processed and hydraulic bracket controller b (2), the scram button (18) are separately connected hydraulic bracket controller a (1) and hydraulic
Bracket controller b (2), the latch buttons (19) and scram button (18) are arranged at the appearance of test platform ontology (17)
On face.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920429713.8U CN209625048U (en) | 2019-04-01 | 2019-04-01 | A kind of hydraulic support automatically controlled device test platform |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920429713.8U CN209625048U (en) | 2019-04-01 | 2019-04-01 | A kind of hydraulic support automatically controlled device test platform |
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| Publication Number | Publication Date |
|---|---|
| CN209625048U true CN209625048U (en) | 2019-11-12 |
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ID=68458166
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| Application Number | Title | Priority Date | Filing Date |
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| CN201920429713.8U Active CN209625048U (en) | 2019-04-01 | 2019-04-01 | A kind of hydraulic support automatically controlled device test platform |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113325818A (en) * | 2021-04-20 | 2021-08-31 | 国家能源集团国源电力有限公司 | Test device of electro-hydraulic control system |
-
2019
- 2019-04-01 CN CN201920429713.8U patent/CN209625048U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113325818A (en) * | 2021-04-20 | 2021-08-31 | 国家能源集团国源电力有限公司 | Test device of electro-hydraulic control system |
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