CN104634557A - Lubricating oil spray nozzle multi-shaft linkage performance tester and test method - Google Patents
Lubricating oil spray nozzle multi-shaft linkage performance tester and test method Download PDFInfo
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- CN104634557A CN104634557A CN201510022538.7A CN201510022538A CN104634557A CN 104634557 A CN104634557 A CN 104634557A CN 201510022538 A CN201510022538 A CN 201510022538A CN 104634557 A CN104634557 A CN 104634557A
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Abstract
The invention provides a lubricating oil spray nozzle multi-shaft linkage performance tester and test method, and relates to the lubricating oil spray nozzle multi-shaft linkage performance tester and test method. A main support plate (1) is also fixedly arranged on a tester support platform (10), the top surface of the main support plate is provided with a sub support plate (2), the main support plate and the sub support plate are in vertical arrangement, the top surface of the sub support plate is provided with a high support post (3), the high support post and the sub support plate are in vertical arrangement, a No.2 rotating motor (8) is connected onto the high support post, the No.2 rotating motor is connected with a work table (9), the work table is provided with a work table positioning hole (13) used for installing a transfer jig (22), and an axial line of the work table positioning hole is in horizontal arrangement, and a spray nozzle is connected onto the transfer jig. The lubricating oil spray nozzle multi-shaft linkage performance tester and test method are used for the lubricating oil spray nozzle multi-shaft linkage performance test.
Description
Technical field
The present invention relates to the multi-shaft interlocked performance test device of a kind of lubricating oil nozzle and test method.
Background technology
Society, lubricating oil nozzle is applied to the various aspects of machinery industry already, along with the development of machinery industry, the lubrication of machine internal is had higher requirement, therefore, the manufacture of lubricating oil nozzle, test also requires stricter, accurately, current line test method is in the industry all use fixed lubricating oil nozzle exerciser to coordinate special tooling, the distance between part and target plate is ensured by frock, therefore, to the structure of frock and accuracy requirement all higher, cost is high, efficiency is low, especially in the design prepattern stage, for image data, usually need many covers frock of batch micro operations size, waste of manpower, material resources.
Summary of the invention
The object of this invention is to provide a kind of simple operation, reliably test method, can ensure that product testing is comparatively flexible, not by the multi-shaft interlocked performance test of lubricating oil nozzle of frock restriction.
above-mentioned object is realized by following technical scheme:
The multi-shaft interlocked performance test device of a kind of lubricating oil nozzle, its composition comprises: exerciser comprises main supporting plate 1, secondary back up pad 2, high support column 3, linear electric motors No. one 4, linear electric motors No. two 5, linear electric motors No. three 6, electric rotating machine No. one 7, electric rotating machine No. two 8, worktable 9, exerciser support platform 10, switching fixture 22, described exerciser support platform 10 has one group for connecting the pilot hole 12 of target plate, described exerciser support platform 10 is also fixedly installed described main supporting plate 1, the end face of described main supporting plate 1 arranges described secondary back up pad 2, described main supporting plate 1 and the described perpendicular setting of secondary back up pad 2, the end face of described secondary back up pad 2 arranges described high support column 3, described high support column 3 is vertical with described secondary back up pad 2 to be arranged, described high support column 3 connects described electric rotating machine No. two 8, worktable 9 described in described electric rotating machine No. two 8 connects, described worktable 9 has the table positions hole 13 for installing switching fixture 22, the axis horizontal in described table positions hole 13 is arranged, described switching fixture 22 connects described nozzle, described main supporting plate 1 has track No. one 15, described linear electric motors No. two 5 are slidably fitted with in described track No. one 15, described secondary back up pad 2 has track No. two 16, described linear electric motors No. one 4 is slidably fitted with in described track No. two 16, described high support column 3 has track No. three 17, in described track No. three 17, be slidably fitted with described linear electric motors No. three 6, described electric rotating machine No. two 8 is connected on web joint 18, and described web joint 18 connects described electric rotating machine No. one 7, and described electric rotating machine No. one 7 is connected in described track No. three 17.
The multi-shaft interlocked performance test device of described lubricating oil nozzle, described switching fixture 22 is circular terminal pad 11, the end face of described circular terminal pad 11 has one group of connecting hole 19, the place of bottom center of described circular terminal pad 11 has clamp central hole 23, load in described clamp central hole 23 and be free heart cylinder 14, table positions hole 13 described in described connecting hole 19 is connected by screw, nozzle described in loading in described hollow cylinder 14, described hollow cylinder 14 is arranged on exerciser center pit 21.
Described exerciser realizes the multi-shaft interlocked method for testing performance of lubricating oil nozzle, and the step of described test method is:
The first step: described target plate is arranged on the pilot hole 12 of described exerciser support platform 10;
Second step: by the switching fixture 22 in the table positions hole 13 on worktable 9 described in loading;
3rd step: described switching fixture 22 loads described nozzle;
4th step: the multi-shaft interlocked performance test of lubricating oil nozzle is carried out in the computer input instruction to the linear electric motors No. one 4 described in connecting, described linear electric motors No. two 5, described linear electric motors No. three 6, described electric rotating machine No. one 7, described electric rotating machine No. two 8.
The multi-shaft interlocked method for testing performance of described lubricating oil nozzle, in 4th step to the instruction of computer input be, to the coordinate figure in computer input x, y, z direction, described linear electric motors No. two 5 control x-axis, and the coordinate figure of x-axis is 0mm ~ 800mm, and described linear electric motors No. one 4 control y-axis, the coordinate figure of y-axis is 0mm ~ 800mm, described linear electric motors No. three 6 control z-axis, and the coordinate figure of z-axis is 0mm ~ 500mm, and the coordinate figure in x, y, z direction controls three linear electric motors respectively; The numerical value inputting worktable self rotation in the numerical value and second step rotated around x-axis to computer controls two electric rotating machines respectively, described electric rotating machine No. one 7 controls to rotate around x-axis, the numerical value rotated around x-axis is-90 ° ~+90 °, worktable 9 described in described electric rotating machine No. two 8 controls, the numerical value that described worktable 9 self rotates is 0 ° ~ 360 °.
beneficial effect:
1. the present invention is by the improvement to traditional experiment device structure, provides one comparatively for convenience and lower-cost test method, carries out flow, practices shooting and test nozzle series products.
2. traditional fixed exerciser is improved to multijoint control by the present invention, and the relative position between nozzle and target plate is directly controlled by computer, thus enormously simplify special tooling project organization, reduce design accuracy.
3. test operation of the present invention is comparatively convenient, directly perceived, reduces the design of frock, manufacture difficulty, effectively raises production efficiency.
4. the present invention can realize by the motion of conputer controlled three linear axis, two turning axles, thus the distance adjustment reached between part and target plate is comparatively flexible, and efficiency and the accuracy of test are higher.
accompanying drawing illustrates:
Accompanying drawing 1 is vertical view of the present invention.
Accompanying drawing 2 is right side views of the present invention.
Accompanying drawing 3 is left side views of the present invention.
Accompanying drawing 4 is worktable enlarged front views of accompanying drawing 1.
Accompanying drawing 5 is the main cut-open views of switching fixture of the present invention.
embodiment:
embodiment 1
Composition graphs 1, Fig. 2, Fig. 3 and Fig. 4 explanation, the multi-shaft interlocked performance test device of a kind of lubricating oil nozzle, its composition comprises: exerciser comprises main supporting plate 1, secondary back up pad 2, high support column 3, linear electric motors No. one 4, linear electric motors No. two 5, linear electric motors No. three 6, electric rotating machine No. one 7, electric rotating machine No. two 8, worktable 9, exerciser support platform 10, switching fixture 22, described exerciser support platform 10 has one group for connecting the pilot hole 12 of target plate, described exerciser support platform 10 is also fixedly installed described main supporting plate 1, the end face of described main supporting plate 1 arranges described secondary back up pad 2, described main supporting plate 1 and the described perpendicular setting of secondary back up pad 2, the end face of described secondary back up pad 2 arranges described high support column 3, described high support column 3 is vertical with described secondary back up pad 2 to be arranged, described high support column 3 connects described electric rotating machine No. two 8, worktable 9 described in described electric rotating machine No. two 8 connects, described worktable 9 has the table positions hole 13 for installing switching fixture 22, the axis horizontal in described table positions hole 13 is arranged, described switching fixture 22 connects described nozzle, described main supporting plate 1 has track No. one 15, described linear electric motors No. two 5 are slidably fitted with in described track No. one 15, described secondary back up pad 2 has track No. two 16, described linear electric motors No. one 4 is slidably fitted with in described track No. two 16, described high support column 3 has track No. three 17, in described track No. three 17, be slidably fitted with described linear electric motors No. three 6, described electric rotating machine No. two 8 is connected on web joint 18, and described web joint 18 connects described electric rotating machine No. one 7, and described electric rotating machine No. one 7 is connected in described track No. three 17.
embodiment 2
Embodiment 1 composition graphs 5 illustrates, the multi-shaft interlocked performance test device of described lubricating oil nozzle, described switching fixture 22 is circular terminal pad 11, the end face of described circular terminal pad 11 has one group of connecting hole 19, the place of bottom center of described circular terminal pad 11 has clamp central hole 23, load in described clamp central hole 23 and be free heart cylinder 14, table positions hole 13 described in described connecting hole 19 is connected by screw, nozzle described in loading in described hollow cylinder 14, described hollow cylinder 14 is arranged on exerciser center pit 21.
embodiment 3
Described exerciser realizes the multi-shaft interlocked method for testing performance of lubricating oil nozzle, and the step of described test method is:
The first step: described target plate is arranged on the pilot hole 12 of described exerciser support platform 10;
Second step: by the switching fixture 22 in the table positions hole 13 on worktable 9 described in loading;
3rd step: described switching fixture 22 loads described nozzle;
4th step: the multi-shaft interlocked performance test of lubricating oil nozzle is carried out in the computer input instruction to the linear electric motors No. one 4 described in connecting, described linear electric motors No. two 5, described linear electric motors No. three 6, described electric rotating machine No. one 7, described electric rotating machine No. two 8.
embodiment 4
The multi-shaft interlocked method for testing performance of lubricating oil nozzle described in embodiment 3, in 4th step to the instruction of computer input be, to the coordinate figure in computer input x, y, z direction, described linear electric motors No. two 5 control x-axis, and the coordinate figure of x-axis is 0mm ~ 800mm, and described linear electric motors No. one 4 control y-axis, the coordinate figure of y-axis is 0mm ~ 800mm, described linear electric motors No. three 6 control z-axis, and the coordinate figure of z-axis is 0mm ~ 500mm, and the coordinate figure in x, y, z direction controls three linear electric motors respectively; The numerical value inputting worktable self rotation in the numerical value and second step rotated around x-axis to computer controls two electric rotating machines respectively, described electric rotating machine No. one 7 controls to rotate around x-axis, the numerical value rotated around x-axis is-90 ° ~+90 °, worktable 9 described in described electric rotating machine No. two 8 controls, the numerical value that described worktable 9 self rotates is 0 ° ~ 360 °.
The multi-shaft interlocked performance test device of lubricating oil nozzle passes through the relative position of three linear electric motors and two electric rotating machine control parts and target plate, in test, due to the structure of each product and the target plate form difference of designing requirement, need require make target plate separately according to design drawing.
Certainly, above-mentioned explanation is not limitation of the present invention, and the present invention is also not limited in above-mentioned citing, and the change that those skilled in the art make in essential scope of the present invention, remodeling, interpolation or replacement also should belong to protection scope of the present invention.
Claims (4)
1. the multi-shaft interlocked performance test device of lubricating oil nozzle, its composition comprises: exerciser comprises main supporting plate (1), secondary back up pad (2), high support column (3), No. one, linear electric motors (4), No. two, linear electric motors (5), No. three, linear electric motors (6), No. one, electric rotating machine (7), No. two, electric rotating machine (8), worktable (9), exerciser support platform (10), switching fixture (22), it is characterized in that: described exerciser support platform (10) has one group for connecting the pilot hole (12) of target plate, described exerciser support platform (10) is also fixedly installed described main supporting plate (1), the end face of described main supporting plate (1) arranges described secondary back up pad (2), described main supporting plate (1) and described secondary back up pad (2) perpendicular setting, the end face of described secondary back up pad (2) arranges described high support column (3), described high support column (3) is vertical with described secondary back up pad (2) to be arranged, No. two, electric rotating machine (8) described in the upper connection of described high support column (3), worktable (9) described in No. two, described electric rotating machine (8) connects, described worktable (9) has the table positions hole (13) for installing switching fixture (22), the axis horizontal in described table positions hole (13) is arranged, nozzle described in the upper connection of described switching fixture (22), described main supporting plate (1) has No. one, track (15), No. two, described linear electric motors (5) are slidably fitted with in No. one, described track (15), described secondary back up pad (2) has No. two, track (16), No. one, described linear electric motors (4) are slidably fitted with in No. two, described track (16), described high support column (3) has No. three, track (17), in No. three, described track (17), is slidably fitted with No. three, described linear electric motors (6), No. two, described electric rotating machine (8) is connected on web joint (18), and No. one, the electric rotating machine (7) described in described web joint (18) connects, No. one, described electric rotating machine (7) is connected in No. three, described track (17).
2. the multi-shaft interlocked performance test device of lubricating oil nozzle according to claim 1, it is characterized in that: described switching fixture (22) is circular terminal pad (11), the end face of described circular terminal pad (11) has one group of connecting hole (19), the place of bottom center of described circular terminal pad (11) has clamp central hole (23), load in described clamp central hole (23) and be free heart cylinder (14), table positions hole (13) described in described connecting hole (19) is connected by screw, nozzle described in loading in described hollow cylinder (14), described hollow cylinder (14) is arranged on exerciser center pit (21).
3. utilize the exerciser described in claim 1 to realize the multi-shaft interlocked method for testing performance of lubricating oil nozzle, it is characterized in that: the step of described test method is:
The first step: described target plate is arranged on the pilot hole (12) of described exerciser support platform (10);
Second step: by the switching fixture (22) in the table positions hole (13) on worktable (9) described in loading;
3rd step: the nozzle described in the upper loading of described switching fixture (22);
4th step: the multi-shaft interlocked performance test of lubricating oil nozzle is carried out in the computer input instruction to No. one, the linear electric motors (4) described in connection, described No. two, linear electric motors (5), described No. three, linear electric motors (6), described No. one, electric rotating machine (7), described electric rotating machine No. two (8).
4. the multi-shaft interlocked method for testing performance of lubricating oil nozzle according to claim 3, it is characterized in that: in the 4th step to the instruction of computer input be, to the coordinate figure in computer input x, y, z direction, No. two, described linear electric motors (5) control x-axis, the coordinate figure of x-axis is 0mm ~ 800mm, No. one, described linear electric motors (4) control y-axis, the coordinate figure of y-axis is 0mm ~ 800mm, No. three, described linear electric motors (6) control z-axis, the coordinate figure of z-axis is 0mm ~ 500mm, and the coordinate figure in x, y, z direction controls three linear electric motors respectively; The numerical value inputting worktable self rotation in the numerical value and second step rotated around x-axis to computer controls two electric rotating machines respectively, No. one, described electric rotating machine (7) controls to rotate around x-axis, the numerical value rotated around x-axis is-90 ° ~+90 °, worktable (9) described in No. two, described electric rotating machine (8) controls, the numerical value that described worktable (9) self rotates is 0 ° ~ 360 °.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201510022538.7A CN104634557B (en) | 2015-01-17 | 2015-01-17 | The multi-shaft interlocked performance test device of lubricating oil nozzle and test method |
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| CN201510022538.7A CN104634557B (en) | 2015-01-17 | 2015-01-17 | The multi-shaft interlocked performance test device of lubricating oil nozzle and test method |
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| CN104634557B CN104634557B (en) | 2017-03-29 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108908307A (en) * | 2018-09-10 | 2018-11-30 | 芜湖全程智能科技有限公司 | A kind of three axis truss grabbing device of coordinated type and its application method |
| CN109079759A (en) * | 2018-09-10 | 2018-12-25 | 芜湖全程智能科技有限公司 | Three axis truss grabbing devices of one kind and its application method |
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| KR19980072547A (en) * | 1997-03-06 | 1998-11-05 | 강필종 | Quarry Water Jet Slotter |
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| CN109079759A (en) * | 2018-09-10 | 2018-12-25 | 芜湖全程智能科技有限公司 | Three axis truss grabbing devices of one kind and its application method |
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| CN104634557B (en) | 2017-03-29 |
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