CN105807169A - Full-automatic power line comprehensive test machine - Google Patents
Full-automatic power line comprehensive test machine Download PDFInfo
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- CN105807169A CN105807169A CN201610323385.4A CN201610323385A CN105807169A CN 105807169 A CN105807169 A CN 105807169A CN 201610323385 A CN201610323385 A CN 201610323385A CN 105807169 A CN105807169 A CN 105807169A
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01R—MEASURING ELECTRIC VARIABLES; MEASURING MAGNETIC VARIABLES
- G01R31/00—Arrangements for testing electric properties; Arrangements for locating electric faults; Arrangements for electrical testing characterised by what is being tested not provided for elsewhere
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Abstract
The invention discloses a full-automatic power line comprehensive test machine.The full-automatic power line comprehensive test machine comprises a rack, a cyclic transferring mechanism arranged on the rack, a plurality of sets of test jigs sequentially connected to the cyclic transferring mechanism and a plurality of sets of test modules located on different stations, and further comprises an outer coating detecting module located at an outer coating detecting station and a marking module located at a marking station.The test machine can integrate a plurality of test procedures, a worker (or an automatic loading mechanical arm) only needs to insert a plug and the tail of a power line into the test jigs at the loading station, and the problem of misoperation of manufacturers and manual operation can be solved very well; the product quality is improved, efficiency is effectively improved, personnel security is protected, investment in the staff technology is reduced for enterprises, and the test machine can conduct production all day long.
Description
Technical field
The present invention relates to a kind of power line test machine, more precisely, the present invention relates to the test machine of a kind of full-automatic power line.
Background technology
After AC power cord plug, D/C power line process before, electrical measurement process portion by manually completing test on respective test machine, its operation is numerous and diverse, need manually more, power line test step by being accomplished manually.Test step reaches more than 5-8 kind, it is necessary to different types of test machine, and operating personnel needs certain technical foundation, also has high pressure, big electric current etc. likely can hurt operator in test process；Test site is easily chaotic, causes the bad product of test to come into the market, brings harmful effect to consumer.
Summary of the invention
The present invention is to solve problems of the prior art, it is provided that a kind of full-automatic power supply line generalization test machine.
In order to realize above-mentioned purpose, the technical scheme is that a kind of full-automatic power supply line generalization test machine, including:
Frame and be arranged on the cyclic transfer mechanism in frame；
It is connected to the many groups measurement jig in cyclic transfer mechanism in turn, often group measurement jig includes plug test bench, afterbody test bench, described plug test bench, afterbody test bench include test bench body and are arranged on the jack on test bench body, are additionally provided with the contact contact drawn by the jack signal of telecommunication in the outside of described test bench body；
It is positioned at many groups of test modules on different station, described test module includes the first test module for coordinating with plug test bench, for the second test module coordinated with afterbody test bench, described first test module, the second test module all include mounting bracket, described mounting bracket is provided with driving cylinder, the outfan of described driving cylinder be provided with for the contact terminal contacting contact on corresponding plug test bench, afterbody test bench；
Also include the outer detected module being positioned at outer detected station, described outer detected module includes the mounting plate being slidably fitted in frame and being controlled by the cylinder that moves both vertically, described mounting plate is provided with the first clamping part for clamping the outer quilt of plug, and for clamping the second clamping part of afterbody；Described first clamping part, the second clamping part are controlled by respective gripper cylinder；
Being positioned at the mark module of mark station, described mark module includes mark cylinder, and the outfan of described mark cylinder is connected to mark thimble, and the termination of described mark thimble is provided with sign, also includes heating module, and described mark thimble stretches into and spreads out of from heating module；Original state is shown, the termination of described mark thimble is arranged in heating module.
Optionally, in described plug test bench, at described test bench, this internal is provided with at least two groove, also include being respectively provided with the grafting copper billet that at least two in a groove coordinates with jack, being additionally provided with at least two cylinder being correspondingly arranged with grafting copper billet on described test bench body, the outfan of described cylinder stretches in groove and coordinates with the contact outside of grafting copper billet.
Optionally, described test bench body is additionally provided with the gas tube interface for controlling cylinder.
Optionally, including feeding station, the first feeder being connected in frame is also included at described feeding station, described first feeder includes bracing frame, being provided with lower air cylinder on support frame as described above, the outfan at described lower air cylinder is provided with one for the air supply pipe with gas tube Interference fit.
Optionally, also including air supply pipe mounting bracket, described air supply pipe floating connection is in described air supply pipe mounting bracket, and described air supply pipe mounting bracket is connected on the outfan of lower air cylinder.
Optionally, described many group measurement jigs are connected in cyclic transfer mechanism by Quick Release contiguous block, and described Quick Release contiguous block includes the lower fixed block being fixed in cyclic transfer mechanism, and is fixed on the upper fixed block on measurement jig；Wherein, the lower end of fixed piece is provided with mounting blocks, described mounting blocks is provided with first inclined plane, second inclined plane, and described first inclined plane, the second inclined plane tilt from top to bottom laterally, described first inclined plane, the second inclined plane are arranged on the both sides that mounting blocks is relative；Described lower fixed block is provided with for the mounting groove snapping in mounting blocks, one of them sidewall of described mounting groove is the 3rd inclined plane coordinated with the first inclined plane, on described mounting groove with the 3rd inclined plane relative to side be opening, the position being positioned at described opening on described lower fixed block is also rotatably connected to a buckle, and the 4th inclined plane being provided with for snapping in, depart from the second inclined plane buckled by described card.
Optionally, it is provided with torsion spring between described buckle and lower fixed block.
Optionally, described cyclic transfer mechanism includes the driving gear being controlled by motor, also includes driven gear and is engaged on the driving chain on driving gear, driven gear.
Optionally, in described first test module, also including contact terminal installing plate, described contact terminal is connected on contact terminal installing plate by spring, and described contact terminal installing plate is connected to the outfan driving cylinder.
Optionally, also include discharge station, the second feeder being connected in frame it is provided with in described discharge station, described second feeder includes bracing frame, being provided with lower air cylinder on support frame as described above, the outfan at described lower air cylinder is provided with one for the air supply pipe with gas tube Interference fit.
The test machine of the present invention, multiple test step can be integrated, manually (or automatic charging machinery hands) has only to the plug of power line, afterbody be inserted in measurement jig at feeding station, the problem well solving manufacturer, manual operation error；Product quality is improved, efficiency effectively improves, protect operating personnel's safety, reduce enterprise's input to employee's technology, it is possible to round-the-clock production.
Accompanying drawing explanation
Fig. 1 illustrates the structural representation of test machine of the present invention.
Fig. 2 illustrates the part-structure schematic diagram of test machine of the present invention.
Fig. 3 illustrates the structural representation of plug test bench of the present invention.
Fig. 4 illustrates the schematic diagram at another visual angle of plug test bench of the present invention.
Fig. 5 illustrates the explosive view of Fig. 3.
Fig. 6 illustrates the structural representation of feeder of the present invention.
Fig. 7 illustrates the structural representation of afterbody test bench of the present invention.
Fig. 8 illustrates that the present invention tests the structural representation of module.
Fig. 9 illustrates the structural representation of the outer tested module of the present invention.
Figure 10 illustrates the structural representation of mark module of the present invention.
Figure 11 illustrates the structural representation of Quick Release contiguous block of the present invention.
Figure 12 illustrates the explosive view of Figure 11.
Figure 13 illustrates the structural representation of cutter assembly.
Detailed description of the invention
In order to make the technical scheme that present invention solves the technical problem that, adopt, acquirement technique effect it can be readily appreciated that below in conjunction with concrete accompanying drawing, the specific embodiment of the present invention is described further.
With reference to Fig. 1, the invention provides a kind of full-automatic power supply line generalization test machine, including: frame and be arranged on the cyclic transfer mechanism f in frame, organize measurement jig more, be arranged in frame and be arranged in many groups of test modules of different test station, be positioned at the outer detected module g of outer detected station, be positioned at the mark module i of mark station.Many group measurement jigs are sequentially arranged on cyclic transfer mechanism f, many group test modules are driven to sequentially pass through each station by sending mechanism f in cycles, and by being positioned at the test module on different station, the power line being arranged on measurement jig is carried out corresponding electric performance test.Detected station, is tested the outer of power line by outer detected module outside, at mark station, carries out mark by mark module i to detecting qualified power line.
With reference to Fig. 1, Fig. 2, the cyclic transfer mechanism f of the present invention, it driving gear 41 including being controlled by motor 44, this driving gear 41 is rotatably connected on one end of frame, the other end in frame is rotatably connected to driven gear 43, being provided with the driving chain 42 of engagement on described driving gear 41, driven gear 43, motor 44 can be fixed in frame, drives driving chain 42 to circulate transmission by motor 44.
Many groups measurement jig of the present invention, including plug test bench a, afterbody test bench b, with reference to Fig. 3 to Fig. 5, described plug test bench a includes test bench body 1 and is arranged on the jack on test bench body 1, be can be inserted into the plug 4 of power line by this jack；The contact contact 6 drawn by the jack signal of telecommunication it is additionally provided with in the outside of described test bench body 1.The structure of afterbody test bench b is similar with the structure of plug test bench a, and with reference to Fig. 7, it also includes test bench body 21 and is arranged on the jack on test bench body 21, be can be inserted into the afterbody 22 of power line by this jack；The contact contact 23 drawn by the jack signal of telecommunication it is additionally provided with in the outside of described test bench body 21.
Plug test bench a and afterbody test bench b the difference is that, in described plug test bench a, in described test bench body 1, be provided with at least two groove, also include being respectively provided with the grafting copper billet 3 that at least two in a groove coordinates with jack.The quantity of grafting copper billet 3 is determined according to the quantity of jack, for instance when described jack is three jacks, then grafting copper billet 3 is provided with three, lays respectively in three grooves in test bench body 1.This grafting copper billet 3 is for coordinating with three contact pins of plug 4, and after plug 4 inserts from jack, three contact pins of plug 4 insert in three grafting copper billets 3 respectively.
Being additionally provided with the cylinder 2 being correspondingly arranged with grafting copper billet 3 on described test bench body 1, for instance with above-mentioned cylinder 2 is provided with three accordingly, the outfan of described cylinder 2 stretches in groove and coordinates with the contact outside of grafting copper billet 3；The outfan making cylinder 2 can promote grafting copper billet 3 that certain displacement occurs.The contact contact 6 drawn by grafting copper billet 3 signal of telecommunication it is additionally provided with in the outside of described test bench body 1.
The test bench of the present invention, by the connection of internal wiring, grafting copper billet 3 is electrically connected on contact contact 6, after plug 4 inserts, by the driving of cylinder, can making each grafting copper billet 3 that certain displacement inwardly occurs, grafting copper billet 3 extrudes contact pin, so that together with plug can be stably connected with test bench, and by outside contact contact 6, the electric property of plug can be tested.
In one preferred embodiment of the invention, described test bench body 1 is additionally provided with the gas tube interface 5 for controlling cylinder 2, by connecting feeder, such that it is able to drive cylinder action.Three cylinders of the present invention can independently work, it is preferable that all cylinders 2 share this gas interface 5 so that keeping strokes of three cylinders 2, thereby may be ensured that the stability that plug connects.
The test machine of the present invention, is also included being positioned at feeding station, the first feeder c of discharge station, the second feeder h, at feeding station, by the first feeder c, the cylinder 2 in test bench body 1 is supplied so that cylinder 2 action carries out feeding；In discharge station, by the second feeder h, the cylinder 2 in test bench body 1 is supplied so that cylinder 2 action carries out blanking.
First feeder c, the second feeder h structure identical, with reference to Fig. 6.First feeder c, the second feeder h include rack-mounted bracing frame 7, are provided with lower air cylinder 8 on support frame as described above 7, and the outfan at described lower air cylinder 8 is provided with an air supply pipe 10 for coordinating with gas interface 5.Bracing frame 10 acts primarily as installs the effect supported, and lower air cylinder 8 can be fixed on bracing frame 7 by a cylinder mounting plate, air supply pipe 10 can be driven at linear motion by lower air cylinder 8.This air supply pipe 10 and gas interface 5 are just to setting.When work time, lower air cylinder 8 drives air supply pipe 10 to drive, so that air supply pipe 10 and gas interface 5 are docking together, and by air supply pipe, gas interface 5 is supplied, thus driving cylinder action.In order to ensure the sealing between air supply pipe 10 and gas interface 5, the face that described air supply pipe 10 coordinates with gas interface 5 is taper surface.Lower air cylinder 8 counteragent, so that air supply pipe 10 separates with gas interface 5, gas interface 5 is no longer supplied by air supply pipe 10.
Adopt such separable structure, only dock air supply pipe when needs and supply, when solving the fixing connection of tradition flexible pipe, the problem that test bench can not carry out circulating movement on streamline.
Currently preferred, also including air supply pipe mounting bracket 9, described air supply pipe 10 floating connection is in described air supply pipe mounting bracket 9, and described air supply pipe mounting bracket 9 is connected on the outfan of lower air cylinder 8.The structure of floating connection belongs to the known general knowledge of those skilled in the art, adopts floating connection so that it is also ensured that air supply pipe 10 and gas interface 5 can be docking together when there is alignment error.
The test machine of the present invention, each plug test bench a, afterbody test bench b constitute one group of measurement jig, and plug test bench a is for inserting the plug 4 of power line, and afterbody test bench b is for inserting the afterbody 22 of same power line.So that carry out different electrical performance testings at different stations from this power line.Being disposed with on the driving chain 42 of cyclic transfer mechanism f and organize measurement jig more, often group measurement jig is used for inserting a power line so that can test many power lines continuously on a testing machine.The driving chain 42 of cyclic transfer mechanism f is sequentially delivered to different test station carries out the test of associated electrical performance by often organizing measurement jig.
In one preferred embodiment of the invention, described many group measurement jigs are connected on cyclic transfer mechanism f by Quick Release contiguous block j, with reference to Fig. 1, Fig. 2.The Quick Release contiguous block j of the present invention, including the lower fixed block 12 being fixed on cyclic transfer mechanism f, and is fixed on the upper fixed block 11 on measurement jig, with reference to Figure 11, Figure 12.
Wherein, the lower end of fixed piece 11 is provided with mounting blocks 14, described mounting blocks 14 is provided with 16, second inclined plane 15 of first inclined plane, and described first inclined plane the 16, second inclined plane 15 tilts from top to bottom laterally, described first inclined plane the 16, second inclined plane 15 is arranged on the both sides that mounting blocks 14 is relative.Mounting blocks 14 can be rectangular, and its two relative sidewalls are inclined plane structure, and outward-dipping from top to bottom so that it is section is trapezoidal.
Described lower fixed block 12 is provided with for the mounting groove 20 snapping in mounting blocks 14, mounting blocks 14 can be filled in mounting groove 20 and be fixed.Wherein, one of them sidewall of described mounting groove 20 is the 3rd inclined plane 18 coordinated with the first inclined plane 16, first inclined plane 16 is together with the 3rd inclined plane 18, that is, it is in opposite direction that 3rd inclined plane 18 and the first inclined plane 16 tilt so that the first inclined plane 16 and the 3rd inclined plane 18 are complementary.On described mounting groove 20 with the 3rd inclined plane 18 relative to the opening that side is this mounting groove 20, mounting blocks 14 can be entered by this opening, and makes the first inclined plane 16 of mounting blocks fit together with its 3rd inclined plane 18.
The position being positioned at described opening on described lower fixed block 12 is also rotatably connected to a buckle 13, and described buckle 13 is provided with the 4th inclined plane 19 for snapping in, depart from the second inclined plane 15.It is provided with torsion spring between the preferred and lower fixed block 12 of described buckle 13.The 4th inclined plane 19 arranged on buckle 13 is complementary with the second inclined plane 15 of mounting blocks 14.
Rotate buckle 13 so that second inclined plane 15 of its 4th inclined plane 19 with mounting blocks can be combined together.Thus mounting blocks can be stuck in mounting groove.When needs split time, rotate backward buckle 13 so that its 4th inclined plane separates with the second inclined plane of mounting blocks so that mounting blocks can take out from the opening of mounting groove, it is achieved that the Quick Release of upper fixed block and lower fixed block.
Optionally, described mounting blocks 14, the another pair of sidewalls of mounting groove 20 are plane and are combined together.Adopt this structure so that mounting blocks 14 has only to take the opening of sub-fraction mounting groove 20, can mounting blocks 14 be filled in mounting groove 20, its inclined plane can be fit together by promoting.This allows for be arranged on buckle 13 from mounting groove 20 opening proximity, shortens the stroke of buckle.
The many groups of test modules of the present invention lay respectively in different test station, the measurement jig sent are turned on, to realize the test of power line associated electrical performance.Test module is that measurement jig is corresponding, described test module includes the first test module e for coordinating with plug test bench a, structure for the second test module d coordinated with afterbody test bench b, described first test module e, the second test module d can be consistent, with reference to Fig. 8.It includes the mounting bracket 24 being fixed in frame, described mounting bracket 24 is provided with driving cylinder 25, the outfan of described driving cylinder 25 be provided with for the contact terminal 27 contacting contact in measurement jig.Wherein, contact terminal 27 in first test module e is under the driving driving cylinder 25, turning on the contact that contacts in plug test bench a, the contact terminal 27 in described second test module d, under the driving driving cylinder 25, turns on the contact that contacts in afterbody test bench b.
Wherein it is preferred that, in described first test module e, also include contact terminal installing plate 26, described contact terminal 27 is connected on contact terminal installing plate 26 by spring 28, such as can passing through spring 28 and be connected in the groove in contact terminal installing plate 26, the upper end of contact terminal installing plate 26 is closed by cover plate 29.Described contact terminal installing plate 26 is connected on the outfan driving cylinder 25.When driving cylinder 25 work to show, due to the effect of spring 28 so that can by contact terminal 27 elastic compression on the contact contact of plug test bench a.First test module e can be used for high-current test operation.
The outer detected module g of the present invention is positioned on outer detected station, with reference to Fig. 9, described outer detected module g includes the mounting plate 32 being slidably fitted in frame and being controlled by the cylinder 36 that moves both vertically, this mounting plate 32 is such as slidably fitted on guide rod 30, and by cylinder 36 drive installation that moves both vertically fixing plate 32 vertical ascent or decline on guide rod 30.Described mounting plate 32 is provided with the first clamping part 34 for clamping the outer quilt of plug 4, and for clamping the second clamping part 35 of afterbody 22；Described first clamping part the 34, second clamping part 35 is controlled by respective gripper cylinder 33,31.Described first clamping part the 34, second clamping part 35 all can adopt conductive sponge, when one of which measurement jig is transferred into outer detected station, the cylinder 36 that moves both vertically can decline by the fixing plate 32 of drive installation, first clamping part the 34, second clamping part 35 is dropped to proper height, afterwards, clamping cylinder 33,31 drives first clamping part the 34, second clamping part 35 plug 4 of power line, afterbody 22 clamping to be got up respectively, by background system, the outer of power line is carried out electrical performance testing.
The mark module i of the present invention is positioned at mark station, with reference to Figure 10, described mark module i includes mark cylinder 38, this mark cylinder 38 may be installed on mark cylinder mounting plate 37, the outfan of described mark cylinder 38 is connected to mark thimble 40, the termination of described mark thimble 40 is provided with sign, for instance arrange the sign that " T " font is protruding.Also including heating module 39, described mark thimble 40 passes from heating module 39；Original state is shown, the termination of described mark thimble 40 is arranged in heating module 39；By heating module 39, the sign of mark thimble 40 is heated.When needs mark, mark cylinder 38 drives mark thimble 40 to advance, and contacts with the plug 4 of power line, afterbody 22, thus sign being beaten on plug 4, afterbody 22.After mark terminates, mark cylinder 38 resets so that in the termination retraction heating module 39 of mark thimble 40, continues heating, in order to mark operation next time.
The test machine of the present invention, multiple test step can be integrated, manually (or automatic charging machinery hands) has only to the plug of power line, afterbody be inserted in measurement jig at feeding station, the problem well solving manufacturer, manual operation error；Product quality is improved, efficiency effectively improves, protect operating personnel's safety, reduce enterprise's input to employee's technology, it is possible to round-the-clock production.
The test machine of the present invention, also include cutter assembly K, when electric wire is after electrical performance testing, underproof electric wire will be cut off by this cutter assembly K, also the electric wire of the NG of any one station above tested is included, after transfer matic goes to this station, having arrived this station according to the electric wire of system log (SYSLOG), cutting knife can will cut off.
With reference to Figure 13, cutter assembly K includes rack-mounted installing plate 46, described installing plate 46 is provided with vertical drive cylinder 45, outfan at described vertical drive cylinder 45 is provided with cutting knife installing rack 49, cutting knife installing rack 49 upstream or downstream can be driven by vertical drive cylinder 45, being provided with cutting knife cylinder 47 on described cutting knife installing rack 49, the outfan at described cutting knife cylinder 47 is provided with cutting knife 48.
The present invention has passed through and has preferred embodiment carried out detailed explanation.But, by studying carefully above, the change of each embodiment and increasing is apparent from for one of ordinary skill in the art.It is intended that all these change and increase have all dropped in the scope that the claims in the present invention are protected.
Claims (10)
1. a full-automatic power supply line generalization test machine, it is characterised in that including:
Frame and be arranged on the cyclic transfer mechanism in frame；
It is connected to the many groups measurement jig in cyclic transfer mechanism in turn, often group measurement jig includes plug test bench, afterbody test bench, described plug test bench, afterbody test bench include test bench body and are arranged on the jack on test bench body, are additionally provided with the contact contact drawn by the jack signal of telecommunication in the outside of described test bench body；
It is positioned at many groups of test modules on different station, described test module includes the first test module for coordinating with plug test bench, for the second test module coordinated with afterbody test bench, described first test module, the second test module all include mounting bracket, described mounting bracket is provided with driving cylinder, the outfan of described driving cylinder be provided with for the contact terminal contacting contact on corresponding plug test bench, afterbody test bench；
Also include the outer detected module being positioned at outer detected station, described outer detected module includes the mounting plate being slidably fitted in frame and being controlled by the cylinder that moves both vertically, described mounting plate is provided with the first clamping part for clamping the outer quilt of plug, and for clamping the second clamping part of afterbody；Described first clamping part, the second clamping part are controlled by respective gripper cylinder；
Being positioned at the mark module of mark station, described mark module includes mark cylinder, and the outfan of described mark cylinder is connected to mark thimble, and the termination of described mark thimble is provided with sign, also includes heating module, and described mark thimble stretches into and spreads out of from heating module；Original state is shown, the termination of described mark thimble is arranged in heating module.
2. test machine according to claim 1, it is characterized in that: in described plug test bench, at described test bench, this internal is provided with at least two groove, also include being respectively provided with the grafting copper billet that at least two in a groove coordinates with jack, being additionally provided with at least two cylinder being correspondingly arranged with grafting copper billet on described test bench body, the outfan of described cylinder stretches in groove and coordinates with the contact outside of grafting copper billet.
3. test machine according to claim 2, it is characterised in that: on described test bench body, it is additionally provided with the gas tube interface for controlling cylinder.
4. plug test bench according to claim 3, it is characterized in that: include feeding station, the first feeder being connected in frame is also included at described feeding station, described first feeder includes bracing frame, being provided with lower air cylinder on support frame as described above, the outfan at described lower air cylinder is provided with one for the air supply pipe with gas tube Interference fit.
5. plug test bench according to claim 4, it is characterised in that: also including air supply pipe mounting bracket, described air supply pipe floating connection is in described air supply pipe mounting bracket, and described air supply pipe mounting bracket is connected on the outfan of lower air cylinder.
6. plug test bench according to claim 1, it is characterized in that: described many group measurement jigs are connected in cyclic transfer mechanism by Quick Release contiguous block, described Quick Release contiguous block includes the lower fixed block being fixed in cyclic transfer mechanism, and is fixed on the upper fixed block on measurement jig；Wherein, the lower end of fixed piece is provided with mounting blocks, described mounting blocks is provided with first inclined plane, second inclined plane, and described first inclined plane, the second inclined plane tilt from top to bottom laterally, described first inclined plane, the second inclined plane are arranged on the both sides that mounting blocks is relative；Described lower fixed block is provided with for the mounting groove snapping in mounting blocks, one of them sidewall of described mounting groove is the 3rd inclined plane coordinated with the first inclined plane, on described mounting groove with the 3rd inclined plane relative to side be opening, the position being positioned at described opening on described lower fixed block is also rotatably connected to a buckle, and the 4th inclined plane being provided with for snapping in, depart from the second inclined plane buckled by described card.
7. Quick Release contiguous block according to claim 6, it is characterised in that: it is provided with torsion spring between described buckle and lower fixed block.
8. plug test bench according to claim 1, it is characterised in that: described cyclic transfer mechanism includes the driving gear being controlled by motor, also includes driven gear and is engaged on the driving chain on driving gear, driven gear.
9. plug test bench according to claim 1, it is characterized in that: in described first test module, also including contact terminal installing plate, described contact terminal is connected on contact terminal installing plate by spring, and described contact terminal installing plate is connected to the outfan driving cylinder.
10. plug test bench according to claim 1, it is characterized in that: also include discharge station, the second feeder being connected in frame it is provided with in described discharge station, described second feeder includes bracing frame, being provided with lower air cylinder on support frame as described above, the outfan at described lower air cylinder is provided with one for the air supply pipe with gas tube Interference fit.
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| CN106872910A (en) * | 2017-03-28 | 2017-06-20 | 东莞市智晖机械科技有限公司 | Universal testing machine |
| CN108226813A (en) * | 2018-02-10 | 2018-06-29 | 浙江达美智能技术有限公司 | A kind of band linear sealing formula power supply universal test device |
| CN108772308A (en) * | 2018-06-21 | 2018-11-09 | 东莞市冠佳电子设备有限公司 | A kind of high-efficiency power adapter testing automatic material-feeding equipment |
| CN109581247A (en) * | 2019-01-10 | 2019-04-05 | 东莞市诺尔佳电子有限公司 | A kind of server power supply test equipment |
| CN111060769A (en) * | 2019-12-31 | 2020-04-24 | 瑞斯康达科技发展股份有限公司 | Test system and test method |
| CN112452818A (en) * | 2020-10-28 | 2021-03-09 | 博硕科技(江西)有限公司 | Automatic power line testing system |
| CN113503923A (en) * | 2021-07-15 | 2021-10-15 | 上海电机学院 | Multi-process automatic feeding processing detection system |
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