CN209406875U - Carbon brush holder tripping and Hall test equipment for carbon brush holder assembling line - Google Patents

Abstract

The utility model relates to the carbon brush holder trippings and Hall test equipment for carbon brush holder assembling line, including tripping test equipment and Hall test equipment, the test equipment that trips includes four-way electrical component, and the electric contact corresponded on carbon brush holder on four-way electrical component is equipped with probe；Four-way electrical component is connect with peripheral equipment to apply voltage to tested carbon brush holder；Hall test equipment includes close to test suite, it include close to probe, the 5th driving device and Hall sensor close to test suite, the driving of 5th driving device drives movement thereon close to or far from the carbon brush holder on Hall test station close to probe, Hall sensor is mounted on close on probe, the driving of 5th driving device drives Hall sensor thereon to protrude into tested carbon brush holder or remove from tested carbon brush holder close to probe, and Hall sensor and controller communicate to connect.

Description

Carbon brush holder tripping and Hall test equipment for carbon brush holder assembling line

Technical field

The utility model relates to Intelligent Machining apparatus field more particularly to a kind of carbon brush for carbon brush holder assembling line Tripping and Hall test equipment.

Background technique

Carbon brush holder is as building block important in brush motor, by applying foreign current in the operational process of motor It is added on commutator of motor rotor, by the polarity of carbon brush holder switching electric current, to keep the structure of motor simpler, maintenance is more Add conveniently, more easily controls.Good carbon brush holder can preferably guarantee that motor quickly, steadily, is accurately run, Ke Yiji The control precision of big raising motor.Traditional carbon brush holder production more carries out Integration Assembly And Checkout using artificial with detection, and one is whole Often each station at least needs 1 worker to the carbon brush holder testing process of set, if generally required more using operation of working in three shifts Worker, increase in human cost, and country it is advanced manufacture the tides such as 2025 and intelligence manufacture promotion under, the property of carbon brush holder It can detect and robot may be implemented instead of the related operation of worker's progress.

The major defect and deficiency of the prior art: erroneous judgement, misjudgement are easy to appear during carbon brush holder artificial detection, to detection Mistake proofing means processing in the process is relatively simple, and detection efficiency is lower, higher to labor claim.It is artificial to carry out carbon brush frame for motor Performance test, need more workers, increase the manufacturing cost of enterprise.Because human factor causes carbon brush frame for motor to miss Sentence, be affected to the quality of entire motor, is unfavorable for repairing motor.

Utility model content

To solve the above-mentioned problems, the purpose of this utility model is to provide a kind of carbon for carbon brush holder assembling line Brush holder tripping and Hall test equipment can be realized automatically to trip protection test and Hall test on carbon brush holder.

In order to achieve the above purpose, the utility model uses technical solution below:

For the carbon brush holder tripping and Hall test equipment of carbon brush holder assembling line, including tripping test equipment and Hall Test equipment,

The test equipment that trips includes four-way electrical component, and the electric contact corresponded on carbon brush holder on four-way electrical component is equipped with spy Needle；Four-way electrical component is connect with peripheral equipment, and four-way electrical component is connect with fourth drive device, fourth drive device driving Tested carbon brush holder and peripheral equipment are connected close to or far from tested carbon brush holder for four-way electrical component, and peripheral equipment and controller are logical Letter connection, controller control peripheral equipment and apply voltage to tested carbon brush holder；

Hall test equipment includes close to test suite, and described drive close to test suite including close probe, the 5th fills It sets and Hall sensor, the driving of the 5th driving device drives movement thereon close to or far from Hall test station close to probe On carbon brush holder, Hall sensor is mounted on close on probe, and the driving of the 5th driving device drives Hall thereon close to probe Sensor protrudes into tested carbon brush holder or removes from tested carbon brush holder, and Hall sensor and controller communicate to connect.

Preferably, feeding station, tripping test station and discharge station are set on the workbench of tripping test equipment, and And it is equipped with the 4th transfer turntable between stations, rotation is driven by motor in the 4th turntable, and the 4th turntable is several by being equipped with 4th carbon brush holder fixing seat, the 4th carbon brush holder fixing seat are successively rotated through with the 4th transfer turntable in tripping test equipment Feeding station, tripping test station and discharge station, the setting of four-way electrical component is in tripping test station.

Preferably, tripping test station is equipped with the 4th buffer, the 4th buffer is located at four-way electrical component phase For stop at tripping test station on carbon brush holder motion path on, four-way electrical component when being contacted with carbon brush holder first It is contacted with the 4th buffer, a part of pressure of four-way electrical component is offset by the 4th buffer, keep four-way electrical component slow Slowly close to carbon brush holder.

Preferably, feeding station, Hall test station and discharge station are set on the workbench of Hall test equipment, and And it is equipped with the 5th transfer turntable between stations, rotation is driven by motor in the 5th transfer turntable, and the 5th transfer turntable is equipped with Several 5th carbon brush holder fixing seats, the 5th carbon brush holder fixing seat successively rotate through on Hall device with the 5th transfer turntable Feeding station, Hall test station and discharge station, close to test suite be arranged on Hall test station.

Preferably, close to probe at least tool, there are two stop positions: the first stop position and the second stop position, first Stop position is located above the second stop position, in the first stop position, is located at Hall test close to probe and Hall sensor Above carbon brush holder on station；In the second stop position, is protruded into close to the Hall sensor on probe and carry out Hall in carbon brush holder Test.

Preferably, tripping test equipment and Hall test equipment are arranged side by side, the test equipment that trips and Hall test are set It is equipped with straight line between standby and reprints equipment,

It includes sliding rail that the straight line, which reprints equipment, sets that there are two stop positions: the first transfer position and second along the sliding rail Transfer position, the discharge station of the corresponding one of detection device connected by straight line transfer equipment in the first transfer position, the The feeding station of corresponding another detection device connected by straight line transfer equipment in two transfer positions；It is slidably fitted on sliding rail Second gripper assembly, the second clamping component are connect with the second horizontal drive apparatus, the second clamping of the second horizontal drive apparatus driving Component moves back and forth between the first transfer position and the second transfer position along sliding rail.

Preferably, tripping test equipment and Hall test equipment are equipped with a variety of detection devices, examined by detection device The position of actuating mechanism in carbon determination brush holder position and tripping test equipment and Hall test equipment, detection device and controller are logical Letter connection, detection device and controller, which cooperate, determines whether carbon brush holder and actuating mechanism move in place.

Preferably, being equipped on the workbench of tripping test equipment and Hall test equipment for recycling unqualified carbon brush The recycling box of frame.

Preferably, including display and database module, the display and controller are communicated to connect to show carbon brush holder Information, test data and test mode information；Controller is also connect with database module, and database module stores carbon brush holder and surveys Examination information is simultaneously interacted with controller.

Above-mentioned carbon brush holder tripping and Hall test equipment for carbon brush holder assembling line, can carry out carbon brush holder automatically Overload protection test and Hall performance test, controller automatically record test overall process related data, be convenient for staff Management and retrospect to the course of work.

Detailed description of the invention

Fig. 1 is the integral layout figure of the test macro with the utility model.

Fig. 2 is that loading and unloading stop station and the thereon schematic diagram of trolley in system.

Fig. 3 is the schematic diagram that a trolley stops another angle on station in loading and unloading in Fig. 2.

Fig. 4 is the structure chart of carbon brush holder laser marking device.

Fig. 5 is the structure chart of device of testing electrical properties.

Fig. 6 is the structure chart of carbon brush holder brush holder spring power test equipment.

Fig. 7 is the carbon brush distribution schematic diagram of carbon brush holder.

Fig. 8 is the structural schematic diagram of tripping with Hall test equipment.

Wherein:

101, straight guide；1011, the entrance end of straight guide；102, stopper；103, the first detection device A；104, it locks Determine device；11, trolley；111, push rod；112, sweep；113, wheel；12, pallet；

21, straight line reprints equipment；211, sliding rail；212, the second gripper assembly；213, the second horizontal drive apparatus；22, turn Transport robot；23, up/down material robot；

3, carbon brush holder laser marking device；30, the workbench of carbon brush holder laser marking device；31, the first transfer turntable； 32, the first carbon brush holder fixing seat；33, laser marking machine；331, laser exit；34, the first carbon brush holder grasping mechanism；341, first Gripper assembly；342, the first device of rotation driving；343, the first lifting drive；35, two dimensional code identifier；36, the second carbon Brush holder grasping mechanism；

4, carbon brush holder device of testing electrical properties；40, the workbench of carbon brush holder device of testing electrical properties；41, the second transfer turntable； 42, the second carbon brush holder fixing seat；43, the second energization component；44, the second driving device；45, the second buffer；

5, carbon brush holder spring force test equipment；50, the workbench of carbon brush holder spring force test equipment；51, it walks around in third Disk；52, third carbon brush holder fixing seat；531, spring force detection bar；532, pressure sensor；533, displacement detecting sensor； 534, third mounting base A；535, third lifting drive B；536, third horizontal drive apparatus；537, third mounting base B；

601, carbon brush；

7, trip test equipment；70, the workbench for the test equipment that trips；71, the 4th transfer turntable；72, the 4th carbon brush holder Fixing seat；73, four-way electrical component；74, fourth drive device；75, the 4th buffer；

8, Hall test equipment；80, the workbench of Hall test equipment；81, the 5th transfer turntable；82, the 5th carbon brush holder Fixing seat；831, close to probe；832, the 5th driving device；833, Hall sensor；

Specific embodiment

The preferred embodiment of this patent is described in further detail with reference to the accompanying drawing.

A kind of small machine carbon brush holder detection system as shown in Figure 1, including trolley, carbon brush holder laser are beaten above and below carbon brush holder Marking device, carbon brush holder device of testing electrical properties, carbon brush holder brush holder spring power detection device, carbon brush holder tripping test equipment, carbon brush holder Hall measurement equipment and multiple degrees of freedom transfer robot.Multiple degrees of freedom transfer robot carries carbon brush holder, realizes carbon brush holder in difference Equipment room circulation.

Trolley stops waiting loading and unloading at station carbon brush holder in the trolley of preassignment up and down.Such as Fig. 2, trolley stops station The each trolley up and down of upper correspondence is equipped with one group of straight guide 101 for being used for correcting car wheel, and one end of straight guide 10 is trolley Inlet and outlet 1011, the other end of straight guide is equipped with stopper 102.The wheel of upper and lower trolley from straight guide inlet and outlet 1011 into Enter or exit straight guide 101, stopper 102 positions the stop position of trolley on straight guide 101.In order to facilitate trolley into Entering straight guide, preferably 1011 end of inlet and outlet of straight guide is in flare openings, i.e., enter the direction of straight guide 101 along trolley, The width of straight guide input end 1011 is gradually reduced, the width of rest part of the straight guide in addition to entrance end and car wheel Width matching, the wheel of straight guide is entered by width fits correcting.Trolley stops station and is equipped with for detecting small parking stall The the first detection device A103 set, the first detection device A103 and controller communicate to connect, the first detection device A103 inspection Survey whether trolley up and down moves to stop position.In embodiment, the first detection device A103 can be photoelectric sensing Device, touch switch, pressure sensor etc., the first detection device A103 can be mounted on small by independent mounting bracket Vehicle stops also may be mounted on the stopper 102 on station.

Trolley 11 is mounted on 112 bottom of sweep including sweep 112 and the push rod 111 being connected on sweep 112, wheel 113 Portion, operator push trolley mobile by push rod 111.Preferably, 112 bottom of trolley sweep is equipped with locating slot such as Fig. 3, Trolley stops station and is equipped with locking device 104, when moving of car to its wheel 113 and stopper 102 offset, trolley sweep bottom Locking device 104 described in the locating slot face in portion.Locking device in the present embodiment is cylinder, the telescopic rod of cylinder be equipped with The matched locating piece of locating slot on trolley, when the telescopic rod of cylinder stretches out, locating piece thereon is caught in locating slot, locking Small truck position；After the telescopic rod of cylinder retracts, locating piece thereon is deviate from from locating slot, and upper and lower trolley is removable.Institute The movement for stating the telescopic rod of cylinder is controlled by the controller, and further, controller is according to the feedback information of the first detection device A Control cylinder movement.It is locked, can be prevented in loading and unloading afterwards in place in moving of car by locking device in the present embodiment Trolley sliding deviates stop position in journey, influences loading and unloading precision.And the structure of above-mentioned locking device is simple, is convenient for controller Action control is carried out to it.

Multiple degrees of freedom transfer robot carries out subsequent detection processing from the pickup carbon brush holder of trolley 1 stopped on station, is The location requirement and loading and unloading that meet feeding robot crawl carbon brush holder once carry the demand of carbon brush holders more as far as possible, send Expect to trolley to stop the trolley 11 of station, certain amount of pallet 12 has been stacked on sweep, and multiple carbon brush holders are orderly arranged respectively It is listed on each pallet 12.Upper and lower trolley is equipped with the first detection device B, the first detection device B detect on trolley 11 whether It is placed with pallet 12.First detection device B and controller communicate to connect, and the first detection device B can be photoelectric sensor, contact Formula switch, pressure sensor etc..Multiple degrees of freedom transfer robot in the application includes feeding robot, feeding robot and turns Robot is transported, feeding robot and feeding robot once carry a pallet, and transport robot once carries single carbon brush holder, Feeding robot and feeding robot in this system can be same equipment, and transport robot needs more.

It is to be processed since each equipment can only successively be handled each carbon brush holder in the automatic detecting tool system of carbon brush holder Single carbon brush holder be successively transported to corresponding processing equipment.Therefore, it is equipped in small machine carbon brush holder automatic checkout system and is System feeding station, system discharge station and transfer station.Feeding robot is by the work of a pallet carrying to system feeding station Make on platform, plane coordinate system is established on the work top of system feeding station, is placed on workbench by assigned direction accordingly The position of each carbon brush holder of ordered arrangement can determine that in pallet.Transport robot successively picks up carbon brush from system feeding station Frame is simultaneously carried to corresponding detection device, and all carbon brush holders on system feeding station in a pallet are all transported to phase After answering detection device, empty pallet is transported to transfer station, feeding robot by one in feeding robot or feeding robot Or empty pallet is carried to splicing on the workbench of system discharge station by one of them in feeding robot.System discharge station Workbench on establish plane coordinate system, accordingly by assigned direction be placed in each position in the pallet on workbench can really It is fixed.After orderly filling carbon brush holder in empty pallet in system discharge station, feeding robot is by pallet and carbon brush shelf for conveying therein To the trolley stopped in station.Carbon brush holder ordered arrangement namely one in system feeding station, system discharge station top tray The quantity for the carbon brush holder that can be placed in pallet is fixed, and can determine the institute in a pallet according to the pick-and-place number of corresponding machine people Have whether carbon brush holder all takes or fill.It is respectively provided in system feeding station, system discharge station and transfer station The detection device for whether having pallet on corresponding workbench is detected, the detection device and controller communicate to connect.

Preferably, the workbench in transfer station can be rotated planar, in advance to adjust pallet thereon to finger Angle is determined, convenient for the subsequent determination being transported to after discharge station to carbon brush holder placement location in pallet.

Preferably, tray bottom surface and top surface are equipped with mating positioning protrusion and locating slot, prevent trolley from carrying It misplaces between the multiple pallets stacked in journey.

Carbon brush holder is transported to carbon brush holder laser marking device 3 first and is handled.Such as Fig. 4, carbon brush holder laser marking is set Standby workbench 30 is equipped with carbon brush holder feeding station, carbon brush holder laser marking station, identification station and discharge station, and The first transfer turntable 31 is equipped between each station, the first transfer turntable 31 is driven by motor rotation, sets on the first transfer turntable 31 There are several first carbon brush holder fixing seats 32, the first carbon brush holder fixing seat 32 successively rotates through carbon with the first transfer turntable 31 Carbon brush holder feeding station, carbon brush holder laser marking station, identification station and the discharge station of brush holder laser marking device, carbon brush holder Location fit is clamped with the first carbon brush holder fixing seat 32.

The first carbon brush holder fixing seat 32 thereon is turned to the upper of carbon brush holder laser marking device by the first transfer turntable 31 Material station waits carbon brush holder feeding to be processed.

Carbon brush holder laser marking station is equipped with laser marking machine 33 and the first carbon brush holder grasping mechanism 34, laser marking machine 33 have laser exit 331, and laser marking machine 33 and controller communicate to connect；First carbon brush holder grasping mechanism 34 includes the first folder Take component 341, the first device of rotation driving 342 for driving the first gripper assembly 341 to rotate and for driving the first clamping The first lifting drive 343 that component 341 moves up and down.First gripper assembly 341 includes a pair of of clamping jaw and driving clamping jaw The driving cylinder for clamping or opening, clamping jaw are located at immediately below the laser exit 331 of laser marking machine, namely the carbon clamped by clamping jaw Brush holder is located at the underface of the laser exit 331 of laser marking machine.First device of rotation driving 342 and the first gripper assembly 341 The not ipsilateral alignment laser of connection, the carbon brush holder that the adjustment of the first device of rotation driving 342 is clamped by the first gripper assembly 341 is beaten The laser exit 331 of mark machine.In embodiment, the first device of rotation driving 342 selects motor, the machine shaft and the first clamping Component 341 is directly connected to or is sequentially connected.First device of rotation driving 342 and the first gripper assembly 341 are mounted on same fixation On bracket, the output end of the first lifting drive 343 is connected on the fixation bracket, is driven fixed bracket and is mounted on fixation 341 synchronization lifting of the first device of rotation driving 342 and the first gripper assembly on bracket.In embodiment, the first lifting driving Device 343 selects lifting cylinder, and the position of the shell of lifting cylinder on the table is fixed and lifting cylinder and the fixation are propped up Frame is slidably connected.

First carbon brush holder grasping mechanism 34 lifting direction on have at least two shutheights: the first shutheight A and Second shutheight A, the first shutheight A is below the second shutheight A；On the first shutheight A, the first gripper assembly 341 clamp carbon brush holder from the first carbon brush holder fixing seat 32 for moving to carbon brush holder laser marking station, or by the first clamping group The carbon brush holder that part 341 clamps is placed into the first carbon brush holder fixing seat 32 for moving to carbon brush holder laser marking station；Second On shutheight A, the creation data of carbon brush holder is placed stamp on carbon brush holder with two dimensional code by laser marking machine 33.

The course of work of the first carbon brush holder grasping mechanism 34 and laser marking machine 33 is as follows on carbon brush holder laser marking station:

First gripper assembly 341 stops at the second shutheight A, when equipped with carbon brush holder the first carbon brush holder fixing seat 32 with When first transfer turntable 31 turns to carbon brush holder laser marking station, the first gripper assembly 341 is dropped to from the second shutheight A First shutheight A clamps carbon brush holder, then rises to the second shutheight A, and the adjustment of the first device of rotation driving 342 is clamped Carbon brush holder specified side face quasi- laser marking machine laser exit 331, laser marking machine 33 start laser stamp, laser print After the completion of quarter, the first device of rotation driving 342 drives carbon brush holder to return just, and the first gripper assembly 341 declines from the second shutheight A To the first shutheight A, carbon brush holder is placed into the first carbon brush holder fixing seat 32, then the first gripper assembly 341 rises again To the second shutheight A, carbon brush holder is carried to identification station by the first transfer turntable 31.

It is whether qualified in the two dimensional code of identification station identification laser stamp.Identify that station is equipped with 35 He of two dimensional code identifier Second carbon brush holder grasping mechanism 36, two dimensional code identifier 35 and controller communicate to connect, and two dimensional code identifier 35 is the prior art, Two-dimensional barcode information can be read by two dimensional code identification window and is fed back arrives controller；Identify the second carbon brush holder crawl on station Mechanism 36 is identical with the structure of the first carbon brush holder grasping mechanism 34 on carbon brush holder laser marking station, the second carbon brush holder gripper There are two shutheights for the equally tool of structure 36: the first shutheight B and the second shutheight B, the first shutheight B stops second Below height B；On the first shutheight B, the first gripper assembly identifies the first carbon brush holder fixing seat 32 of station from moving to Upper clamping carbon brush holder, or the carbon brush holder that the first gripper assembly clamps is placed into move to and identifies that the first carbon brush holder of station is fixed On seat 32；On the second shutheight B, two dimensional code identifier 35 can read the two-dimensional barcode information on carbon brush holder.

Identify that the work process of carbon brush holder grasping mechanism and two dimensional code identifier is as follows on station:

First gripper assembly of the second carbon brush holder grasping mechanism 36 stops at the second shutheight B, when equipped with carbon brush holder When first carbon brush holder fixing seat 32 turns to identification station with the first transfer turntable 31, the first gripper assembly is from the second shutheight B drops to the first shutheight B clamping carbon brush holder, then rises to the second shutheight B, and the first device of rotation driving adjusts quilt The specified side of the carbon brush holder of clamping faces the two dimensional code identification window of quasi- two dimensional code identifier 35, and two dimensional code identifier 35 reads carbon It is errorless and clear whether the two dimensional code of brush holder prints, and feeds back and arrive controller, after the completion of identification, the driving of the first device of rotation driving Carbon brush holder returns just, and the first gripper assembly drops to the first shutheight B from the second shutheight B, and carbon brush holder is placed into first Carbon brush holder fixing seat 32, then the first gripper assembly rises to the second shutheight B again, and the first transfer turntable 31 is by carbon brush holder It is carried to discharge station.

After the processing of carbon brush holder laser marking device and qualified carbon brush holder is examined to be transported to carbon brush holder electrical testing Equipment 4 is handled.Such as Fig. 5, the workbench 40 of carbon brush holder device of testing electrical properties be equipped with feeding station, energization test station and Discharge station, and it is equipped with the second transfer turntable 41 between stations, the second transfer turntable 41 is driven by motor rotation, and second Transfer turntable 41 is equipped with several second carbon brush holder fixing seats 42, and the second carbon brush holder fixing seat 42 is with the second transfer turntable 41 Successively rotate through feeding station, energization test station and the discharge station on carbon brush holder device of testing electrical properties, carbon brush holder and Two carbon brush holder fixing seats 42 are clamped location fit.The second carbon brush holder fixing seat 42 on second transfer turntable 41 is in feeding station etc. To feeding, blanking is waited in discharge station.

Carbon brush holder is equipped with electric contact, and energization test station is equipped with the second energization component 43, on the second energization component 43 Electric contact on corresponding carbon brush holder is equipped with probe.Second energization component 43 is electrically connected with external electrical detection instrument, second After energization component 43 is connected with carbon brush holder, electrical detection instrument can test the electric current of carbon brush holder after being powered, voltage, resistance, Electric conductivity and the electrical performance characteristics in engine commutator handoff procedure.Electrical detection instrument is not illustrated in figure, electrically The specific structure and working principle of detecting instrument are the prior art, herein not reinflated explanation.Second energization component 43 and The connection of two driving devices 44, the second driving device 44 drive the second energization component 43 close to or far from stopping at energization test station On carbon brush holder, so that the electric contact on probe and carbon brush holder on the second energization component 43 is turned on or off, in embodiment, Two driving devices 44 select driving cylinder, and the second energization component 43 is located at the surface of carbon brush holder, and the driving second of driving cylinder is logical Electrical component 43 moves up and down close to or far from the carbon brush holder for stopping at energization test station.Energization test station be equipped with directly or Whether the second energization component 43 of detection moves detection device in place to ensure that energization component can be with carbon brush holder to be tested indirectly Conducting.By the telescopic rod position of detection driving cylinder to determine whether the second energization component 43 moves in place in the present embodiment, Setting is the telescopic rod flexible specific range because of driving cylinder in this way, it is only necessary to which guarantee that telescopic rod is flexible can determine in place Second energization component 43 moves in place.

Preferably, energization test station is equipped with the second buffer 45, it is slow that second buffer 45 can be elasticity Device, hydraulic bjuffer, oil buffer etc. are rushed, the common buffering equipment such as elastic cushion block is also possible to.45, second buffer In on motion path of the second energization component 43 relative to the carbon brush holder stopped in energization test station, the second energization component 43 It is contacted first with 45 end of the second buffer when being contacted with carbon brush holder, the second energization component 43 is offset by the second buffer 45 A part of pressure, make the second energization component 43 slowly close to carbon brush holder.Setting can be prevented in the second energization group in this way During part 43 drives close carbon brush holder by the second driving device 44, since excessive instantaneous pressure makes the second energization component 43 On probe Bending Influence test the problem of.In the present embodiment, the second energization component 43, which is located at, to be stopped in energization test station Carbon brush holder surface, i.e. motion path of the second energization component 43 relative to the carbon brush holder stopped in energization test station For vertical lifting direction, the second buffer 45 is located at the underface of the second energization component 43 in the present embodiment, and in order to make second Energization component 43 is contacted with 45 end of the second buffer first, and the upper end of the second buffer 45 is located on the electrical contact of carbon brush holder Side.It is arranged by the upper and lower, is conducive to the area occupied of reduction system, make the compact-sized of test equipment in system.

Corresponded on second transfer turntable 41 each second carbon brush holder fixing seat 42 be respectively provided with detection carbon brush holder be placed into The detection device of position, the detection device are connect with controller, and the detection device can be photoelectric sensor or connect in embodiment Touch switches etc..It also can be set on each station of carbon brush holder device of testing electrical properties for detecting the on the second transfer turntable 41 The detection device of two carbon brush holder fixing seats, 42 position, the detection device are connect with controller.Alternatively, can directly pass through controller The rotational angle of the second transfer turntable 41 is controlled to control reprinting of the carbon brush holder between adjacent stations.Pass through detection device and control The accurate positioning carried each station between carbon brush holder is realized in device cooperation.

Carbon brush holder after carbon brush holder device of testing electrical properties 4 detects qualification is transported to the test of carbon brush holder brush holder spring power and sets Standby 5 carry out the test of carbon brush holder spring force, and the resiliency characteristics of carbon brush holder carbon brush are determined by testing carbon brush holder spring force size.Carbon brush The structure of frame spring force test equipment as shown in fig. 6, the workbench 50 of carbon brush holder spring force test equipment be equipped with feeding station, Spring force test station and discharge station, and between stations be equipped with third transfer turntable 51, third transfer turntable 51 by Motor driven rotation, third transfer turntable 51 are equipped with several third carbon brush holder fixing seats 52, the third carbon brush holder fixing seat 52 with third transfer turntable 51 successively rotate through the feeding station of carbon brush holder device of testing electrical properties, spring force test station and under Expect station, carbon brush holder and third carbon brush holder fixing seat 52 are clamped location fit.Third carbon brush holder fixing seat 52 is rotatably connected On third transfer turntable 51, third carbon brush holder fixing seat 52 is connect with third device of rotation driving, and third device of rotation driving drives Dynamic third carbon brush holder fixing seat 52 drives carbon brush holder thereon to rotate one in the horizontal plane centered on the central axes of the carbon brush holder Determine angle.In embodiment, third device of rotation driving generally uses motor, and output shaft and the third carbon brush holder of the motor are fixed Seat 52 is directly connected to or is sequentially connected.

Such as Fig. 7, there are two carbon brush 601, two carbon brush 601 planar there is the mistake of certain angle for installation on carbon brush holder Position, generally there are 90 ° of dislocation for two carbon brush 601 in the prior art, and mounting height of two carbon brush on carbon brush holder is identical. Third carbon brush holder fixing seat 52 in spring force test station, can after being turned an angle by the driving of third device of rotation driving So that two carbon brush of carbon brush holder carry out spring force test respectively.

Spring force test station is equipped with spring force detection device, and the spring force detection device includes spring force detection bar 531 and third lifting drive A, third device of rotation driving can drive on the carbon brush holder in third carbon brush holder fixing seat 52 Carbon brush alignment springs power detection bar 531, third lifting drive A motive spring force detection bar 531 push and press carbon brush holder On carbon brush 601.Spring force detection bar 531 is connect with pressure sensor 532,532 detection spring power detection bar of pressure sensor 531 are applied to the pressure size of carbon brush 601, and pressure sensor 532 and controller communicate to connect；The one of spring force detection bar 531 Side is equipped with displacement detecting sensor 533, and 533 detection spring power detection bar 531 of displacement detecting sensor pushes the position of carbon brush 601 It moves, displacement detecting sensor 533 is connect with processor communication.

Spring force test station is equipped with for detecting whether the carbon brush holder in third carbon brush holder fixing seat 52 rotate in place Detection device, carbon brush holder thereon is turned to by the detection device and controller cooperation control third carbon brush holder fixing seat 52 601 alignment springs power detection bar 531 of carbon brush.

For the ease of control, each third carbon brush holder fixing seat 52 is corresponded on third transfer turntable 51 and is respectively provided with detection The detection device that carbon brush holder is in place, the detection device are connect with controller, and the detection device can be light in embodiment Electric transducer or touch switch etc..

Spring force detection device interferes the carbon brush shelf for conveying of third transfer turntable 51 in order to prevent, preferably, spring force Detection bar 531, third lifting drive A, pressure sensor 532 and displacement sensor 533 are mounted on third mounting base A534 On, spring force detection device includes third lifting drive B535, third lifting drive B535 direct or indirect connection On third mounting base A534, third mounting base A534 and component oscilaltion thereon are driven.

The course of work of above-mentioned spring force test equipment is as follows:

After stopping at the merging carbon brush holder of third carbon brush holder fixing seat 52 of feeding station, third transfer turntable 51 starts to turn It is dynamic, carbon brush holder is transported to spring force test station；Third device of rotation driving drives the rotation of third carbon brush holder fixing seat 52 to adjust A whole carbon brush to carbon brush holder thereon is aligned to specified angle with spring force detection bar 531, and third lifting drive A drives Spring force of moving detection bar 531 drops to pushing carbon brush, and the pressure that 532 feedback spring power detection bar 531 of pressure sensor pushes is big As low as controller, 533 feedback spring power detection bar 531 of displacement detecting sensor pushing carbon brush are moved to controller, controller The change in displacement and theoretical value that the pressure change and displacement detecting sensor 533 detected according to pressure sensor 532 detects carry out Compare, judges whether the spring force of carbon brush is qualified.

When spring force test device includes third lifting drive B532 and third mounting base A534, gone up and down by third The third mounting base A534 of driving device B532 driving at least have there are two shutheight: the first shutheight and second stops height Degree, the first shutheight are higher than the second shutheight, and third mounting base A534 carries out spring force test in the second shutheight； By third lifting drive A driving spring force detection bar 531 also at least tool there are two shutheight: third shutheight and 4th shutheight, third shutheight are higher than the 4th shutheight；When third mounting base A534 stops at the second shutheight And spring force detection bar 531, when stopping at four shutheights, spring force reference test bar 531 contacts with carbon brush 601 and applies to it Downward pressure.The displacement that the spring force detection bar 531 pushes carbon brush holder can be direct detection spring power detection bar 531 from Third shutheight is also possible to test from spring force detection bar 531 to the change in displacement in the 4th shutheight motion process 601 setting in motion of carbon brush is contacted to the change in displacement during the 4th stop position.

In other embodiments, the center of rotation of third carbon brush holder fixing seat 52 deviates the central axes of carbon brush holder, this In the case of, after third carbon brush holder fixing seat 52 turns an angle, two carbon brush 601 on carbon brush holder thereon: carbon brush A and carbon B is brushed, there are certain deviations for the position of carbon brush B and the position of the preceding carbon brush A of rotation after rotation.For this problem, in order to by turning Dynamic third carbon brush holder fixing seat 52 makes two carbon brush 601 energy alignment springs power detection bar 531, the spring force inspection in the present embodiment Measurement equipment includes third horizontal drive apparatus 536, and spring force detection bar 531 is together with pressure sensor 532 and displacement sensor 533 It is arranged on third mounting base A534, the third mounting base A534 level is slidably connected on third mounting base B537 and by the The driving of three horizontal drive apparatus 536 is move in the horizontal plane；Third mounting base A534 is connect with third lifting drive B535, Third lifting drive B535 drives third mounting base A534 and component vertical lifting mounted thereto.

Spring is realized in third horizontal drive apparatus 536, third lifting drive A and third lifting drive B cooperation Power detection bar 531 is moved with the multiple degrees of freedom on vertical direction and stage by stage in the horizontal direction.

In the course of work of the carbon brush holder spring force test equipment 5 of the embodiment, carbon is driven in third device of rotation driving Brush holder rotation is adjusted to a carbon brush to specified angle thereon, needs to drive third by third horizontal drive apparatus 536 Spring force detection bar 531 on mounting base A is directed at a carbon brush 601 for turning to specified angle.

Discharge station is transported to by third transfer turntable 51 after the completion of spring force test and waits blanking.

The spring(-supported) mount of brush holder spring power test test passes carries out tripping test and Hall test in next step.As shown in figure 8, Tripping with Hall test equipment includes tripping test equipment 7 and Hall test equipment 8, the tripping tripping test equipment of test equipment 7 It is substantially carried out the overload protection test of carbon brush holder, it is ensured that the overload protection function of carbon brush frame for motor is normal in the case of an overload.It jumps Feeding station, tripping test station and discharge station are set on the workbench 70 of lock test equipment, and set between stations There is the 4th transfer turntable 71, the 4th turntable is rotated by 71 motor drivens, and the 4th turntable is equipped with several 4th carbon brush holders by 71 Fixing seat 72, the 4th carbon brush holder fixing seat 72 successively rotate through upper in tripping test equipment with the 4th transfer turntable 71 Expect that station, tripping test station and discharge station, carbon brush holder and the 4th carbon brush holder fixing seat 72 are clamped location fit.

The test station that trips is equipped with four-way electrical component 73, and carbon brush holder is equipped with electric contact, on four-way electrical component 73 Electric contact on corresponding carbon brush holder is equipped with probe.Four-way electrical component 73 is connect with peripheral equipment, and in general peripheral equipment can With include connect four-way electrical component 73 voltage source, current source, resistance, voltage test device and current testing device in It is all or part of.Four-way electrical component 73 is connect with fourth drive device 74, and fourth drive device 74 drives four-way electrical component 73, close to or far from the carbon brush holder stopped in tripping test station, make on the probe and carbon brush holder on four-way electrical component 73 Electric contact is turned on or off.Fourth drive device 74 in the present embodiment is cylinder, and four-way electrical component 73, which is located at, stops at jump The top of carbon brush holder in lock test station, the cylinder drive the oscilaltion of four-way electrical component.It is set in tripping test station Have directly or indirectly detection four-way electrical component 73 whether move detection device in place with ensure four-way electrical component can with to The carbon brush holder of test is connected.By the telescopic rod of detection cylinder to determine whether four-way electrical component moves in the present embodiment Position.

The test philosophy of tripping test equipment is: after four-way electrical component 73 is connected with carbon brush holder, peripheral equipment and carbon Brush holder forms access, and peripheral equipment applies overload voltage to carbon brush holder, illustrates that carbon brush holder overload protection is opened if access disconnects, Otherwise carbon brush holder does not open overload protection, and tested carbon brush holder is unqualified.

Preferably, tripping test station is equipped with the 4th buffer 75, it is slow that the 4th buffer 75 can be elasticity Device, hydraulic bjuffer, oil buffer etc. are rushed, the common buffering equipment such as elastic cushion block is also possible to.4th 75, buffer In four-way electrical component 73 relative to stop at tripping test station on carbon brush holder motion path on, four-way electrical component 73 It is contacted first with the 4th buffer 75 when being contacted with carbon brush holder, offsets the one of four-way electrical component 73 by the 4th buffer 75 Partial pressure makes four-way electrical component 73 slowly close to carbon brush holder.Setting can be prevented in four-way electrical component 73 in this way During driving close carbon brush holder by fourth drive device 74, since the pressure of increasing makes the probe on energization component be bent shadow The problem of ringing test.In the present embodiment four-way electrical component 73 be located at stop at tripping test station on carbon brush holder just on Side, i.e. four-way electrical component 73 are vertical lifting movement relative to the motion path for the carbon brush holder for stopping at tripping test station, Correspondingly, the 4th buffer 75 is located at the underface of four-way electrical component 73, and the upper end of the 4th buffer 75 is located at and stops at Above the electric contact of carbon brush holder in the test station that trips.

Carbon brush holder carries out Hall test after the test passes that trip, and Hall test equipment 8 is used to detect the Hall of carbon brush holder Whether can meet the requirements.Feeding station, Hall test station and discharge station are set on the workbench 80 of Hall test equipment, and And it is equipped with the 5th transfer turntable 81 between stations, rotation, the 5th transfer turntable 81 is driven by motor in the 5th transfer turntable 81 Several 5th carbon brush holder fixing seats 82 are equipped with, the 5th carbon brush holder fixing seat 82 successively rotates warp with the 5th transfer turntable 81 Feeding station, Hall test station and the discharge station on Hall device are crossed, carbon brush holder and the 5th carbon brush holder fixing seat 82 are clamped Location fit.

Hall test station is equipped with close to test suite, described to drive close to test suite including close probe the 831, the 5th Dynamic device 832 and Hall sensor 833, the driving of the 5th driving device is close to 831 movement of probe close to or far from Hall test Carbon brush holder on station, Hall sensor 833 are mounted on close on probe 831 with close to 831 synchronization actions of probe, pass Hall It in the carbon brush holder that sensor 833 protrudes on Hall test station or therefrom withdraws from, Hall sensor 833 is communicated with external controller Connection.It is described close to test suite include for testing close to whether probe 831 moves detection device in place, the detection device It is communicated to connect with controller, controller will be fed back to close to the location information of probe.5th driving described in the present embodiment Device is cylinder, and the surface for stopping at the carbon brush holder on Hall test station, the 5th driving device are located at close to test suite Driving is close to test suite oscilaltion to realize Hall test.Energization component can be set on Hall test station so that carbon is connected Brush holder.

Hall test station at least has close to probe there are two stop position: the first stop position and the second stop position It sets, the first stop position is located above the second stop position, in the first stop position, close to probe 831 and Hall sensor 833 Above the carbon brush holder on Hall test station；In the second stop position, stretched close to the Hall sensor 833 on probe 831 Enter and carries out Hall test in carbon brush holder.

The course of work of above-mentioned Hall test equipment is as follows:

5th transfer turntable 81 waits carbon brush holder in need of test in feeding station, is detecting that carbon brush holder is placed into Behind position, carbon brush holder is transported to Hall test station by the rotation of the 5th transfer turntable 81；After carbon brush holder movement in place, close to test group The 5th driving device 832 driving in part drops to the second stop position, hall sensing from the first stop position close to probe 831 Device 833 carries out Hall test in the second stop position；After test, the driving of the 5th driving device 832 is close to probe 831 from the Two stop positions rise to the first stop position；Carbon brush holder is transported to discharge station and waits blanking by the 5th transfer turntable 81.

Preferably, each transfer turntable is equipped with several groups carbon brush holder fixing seat in this system, each group of carbon brush holder is solid The quantity being scheduled on is one or more, and same group of carbon brush holder fixing seat is transported to same station simultaneously and is accordingly tested.In this way Disposably multiple carbon brush holders can be tested, improve testing efficiency.

Small machine carbon brush holder automatic checkout system in the application, several trolleies 11 for carbon brush holder loading and unloading are side by side It is arranged in first side, carbon brush holder laser marking device, carbon brush holder electric performance test equipment and carbon brush holder spring force test equipment It is disposed side by side on second side；Carbon brush holder tripping test equipment and carbon brush holder Hall test equipment are disposed side by side on third side, First side, second side and third side in one side opening frame-type distribution, system feeding station, system discharge station and in Switching stations are located in the operating space surrounded by first side, second side and third side, feeding robot and blanking machine People is similarly positioned in the operating space.The opereating specification of feeding robot cover up and down trolley, system feeding station and/or in Switching stations；The opereating specification of feeding robot covers trolley, system discharge station and/or transfer station up and down.Preferably, Straight line rehandling facilities and transport robot cooperation realization system feeding station, system discharge station, each in system are set in system The transhipment of carbon brush holder between detection device, carbon brush holder are transported through straight line reprinting between the different detection devices of same side Device realizes that carbon brush holder is not transported through transport robot realization between ipsilateral.

With reference to Fig. 1,4,5 and 8, it includes sliding rail 211 that the straight line, which reprints equipment 21, sets that there are two stop along the sliding rail 211 Position: the first transfer position and the second transfer position, the first transfer position is corresponding to be connected wherein by straight line transfer equipment 21 The discharge station of one detection device, corresponding another detection device connected by straight line transfer equipment 21 in the second transfer position Feeding station.Be slidably fitted with the second gripper assembly 212 on sliding rail 21, the second gripper assembly 212 include a pair of of clamping jaw and The driving cylinder for driving clamping jaw to clamp or open, the second clamping component 212 is connect with the second horizontal drive apparatus 213, in implementation In example, the output end of the second horizontal drive apparatus 213 can be directly connected to or be sequentially connected with the second gripper assembly 212.Second Horizontal drive apparatus 213 drives the second gripper assembly 212 reciprocal between the first transfer position and the second transfer position along sliding rail 21 Movement.The detection whether the second gripper assembly 212 of detection moves in place is respectively equipped on two transfer positions of sliding rail 21 to fill It sets, which connect with controller, and the second gripper assembly 212 that controller receives detection device feedback moves in place After signal, control 213 stopping of the second horizontal drive apparatus movement realizes that carrying position to the second gripper assembly accurately controls.

The reprinting of carbon brush holder between the neighbouring device of the above-mentioned straight line reprinting progress of equipment 21 same side is set in the application, Can in reduction system transport robot quantity, and to reprint equipment 21 simple relative to the structure of transport robot for straight line, accounts for It is small with space, the production cost of system can be reduced, keeps system setting compact.

This system includes recycling box to recycle the underproof carbon brush holder of each detection device detection, in embodiment, Ke Yi Recycling box is respectively provided in system on the workbench of each detection device, recycling box is located at straight line and reprints equipment 21 or transport robot In the transmitting path for carrying carbon brush holder.

Small machine carbon brush holder automatic checkout system as shown in Figure 1, is additionally provided with display, which communicates with controller Connection is to show carbon brush holder information, test data and test mode information.Controller is also connect with database module, database Module storage carbon brush holder test information is simultaneously interacted with controller.

Present invention also provides the test method based on above-mentioned small machine carbon brush holder automatic testing tool system, including it is following Step:

Feeding robot stops the loading and unloading charge hoisting by skip of station to system feeding station from feeding to trolley first；Transhipment Robot carries carbon brush holder to carbon brush holder laser marking device from system feeding station and carries out laser marking processing, and laser marking is set It is standby that the creation data of carbon brush holder is stamped on carbon brush holder in a manner of two dimensional code, and it is errorless and clear to identify whether two dimensional code prints It is clear, carbon brush holder is transferred to the unit for electrical property parameters of device of testing electrical properties test carbon brush holder if qualified, otherwise by carbon brush holder blanking Into recycling box, controller stores test result to database module；

Device of testing electrical properties obtains the electrical parameter of carbon brush holder and feed back to carbon brush holder power up test arrives controller, controller Will the obtained electrical parameter of test whether be compared determining carbon brush holder with gross data qualified, carbon brush holder is shifted if qualification To the resiliency characteristics of spring force test equipment test carbon brush, otherwise by carbon brush holder blanking into recycling box, controller storage test As a result database module is arrived；

Carbon brush holder spring force test equipment detects the spring force size of carbon brush on carbon brush holder and result is fed back to controller, Compared with the data that controller obtains test take turns carbon brush elastic force size with reason, determine whether the elastic force of carbon brush is qualified, if qualified Carbon brush is transferred to the overload protection test that tripping test equipment carries out carbon brush holder, otherwise by carbon brush holder blanking to recycling box, control Device processed stores test result to database module；

Overload capacity of the test equipment that trips to carbon brush holder power up test carbon brush holder, it is ensured that the carbon brush holder energy under overload situations Access is actively disconnected, carbon brush holder is transported to Hall test device if test passes and carries out Hall test, otherwise by carbon brush holder To recycling box, controller stores test result to database module for blanking；

Hall test equipment tests the Hall performance of carbon brush holder, and by test result feedback to controller, controller judgement is surveyed Whether test result meets the requirements, and carbon brush holder is transported to system discharge station if test passes, otherwise extremely by carbon brush holder blanking Recycling box, controller store test result to database module；

Carbon brush holder in system discharge station is by feeding robot blanking to loading and unloading trolley.

In above-mentioned test method, feeding to trolley stops the trolley of station, and the support that specific quantity is M is stacked on sweep Disk, M > 0, multiple carbon brush holders are ordered on each pallet.Feeding robot will fill the pallet of carbon brush holder from trolley sweep On be carried to system feeding station, controller counts feeding robot and carries in the period quantity of transportation tray and again at one Determine that feeding robot grabs the coordinate of pallet next time, the carrying period is feeding robot by the M on trolley The time that a pallet has all been carried；The pallet for filling carbon brush holder is carried to trolley vehicle from system discharge station by feeding robot On plate, controller counts feeding robot and carries the quantity of transportation tray in the period at one and redefine under feeding robot M pallet is all stacked empty trolley institute for feeding robot by the coordinate of placement tray, a carrying period The time needed.In the above method,

The trolley that trolley stops station being stopped at, the position of pallet thereon in the horizontal plane determines；Due to single pallet Height determine that the tray number on trolley in feeding or blanking original state and in the process also can determine that, also can be true Transfer robot is determined in charge hoisting by skip or the position each time of blanking, therefore can reduce upper-lower height simultaneously using pallet shipment Determining complexity.

Disclosed herein as well is a kind of carbon brush holder assembling line, which includes above-mentioned small machine carbon Brush holder detection system.

Above-mentioned small machine carbon brush holder detection system can be realized automatically and carry out items to the carbon brush holder on carbon brush holder production line The detection of performance, and overall process does not need manually to participate in, and the precision of test result is high, and testing efficiency is high.

Also, controller automatically records the related data of test overall process, and by display device to test result and life It produces related data to be shown, the management and retrospect convenient for staff to test process.

Claims (9)

1. carbon brush holder tripping and Hall test equipment for carbon brush holder assembling line, which is characterized in that tested including tripping Equipment and Hall test equipment,

The test equipment that trips includes four-way electrical component, and the electric contact corresponded on carbon brush holder on four-way electrical component is equipped with probe； Four-way electrical component is connect with peripheral equipment, and four-way electrical component is connect with fourth drive device, fourth drive device driving the Tested carbon brush holder and peripheral equipment are connected close to or far from tested carbon brush holder for four-way electrical component, and peripheral equipment is communicated with controller Connection, controller control peripheral equipment and apply voltage to tested carbon brush holder；

Hall test equipment include close to test suite, it is described close to test suite include close to probe, the 5th driving device with And Hall sensor, the driving of the 5th driving device drive movement thereon close to or far from Hall test station close to probe Carbon brush holder, Hall sensor are mounted on close on probe, and the driving of the 5th driving device drives hall sensing thereon close to probe Device protrudes into tested carbon brush holder or removes from tested carbon brush holder, and Hall sensor and controller communicate to connect.

2. the carbon brush holder tripping and Hall test equipment according to claim 1 for carbon brush holder assembling line, special Sign is, feeding station, tripping test station and discharge station is arranged on the workbench for the test equipment that trips, and in each station Between be equipped with the 4th transfer turntable, the 4th turntable is driven by motor rotation, and the 4th turntable is by equipped with several 4th carbon brush holders Fixing seat, the 4th carbon brush holder fixing seat successively rotate through the feeding work in tripping test equipment with the 4th transfer turntable Position, tripping test station and discharge station, the setting of four-way electrical component is in tripping test station.

3. the carbon brush holder tripping and Hall test equipment according to claim 2 for carbon brush holder assembling line, special Sign is, tripping test station is equipped with the 4th buffer, and the 4th buffer is located at four-way electrical component relative to stopping at On the motion path of carbon brush holder in the test station that trips, four-way electrical component is buffered with the 4th first when contacting with carbon brush holder Device contact, a part of pressure of four-way electrical component is offset by the 4th buffer, makes four-way electrical component slowly close to carbon brush Frame.

4. the carbon brush holder tripping and Hall test equipment according to claim 1 for carbon brush holder assembling line, special Sign is, feeding station, Hall test station and discharge station is arranged on the workbench of Hall test equipment, and in each station Between be equipped with the 5th transfer turntable, the 5th transfer turntable is driven by motor rotation, and the 5th transfer turntable is equipped with several 5th carbon Brush holder fixing seat, the 5th carbon brush holder fixing seat successively rotate through the feeding work on Hall device with the 5th transfer turntable Position, Hall test station and discharge station are arranged on Hall test station close to test suite.

5. the carbon brush holder tripping and Hall test equipment according to claim 4 for carbon brush holder assembling line, special Sign is that there are two stop positions: the first stop position and the second stop position, the first stop position set close to probe at least tool Above the second stop position, in the first stop position, it is located at the carbon on Hall test station close to probe and Hall sensor Above brush holder；In the second stop position, is protruded into close to the Hall sensor on probe and carry out Hall test in carbon brush holder.

6. the carbon brush holder tripping and Hall test equipment according to claim 1 for carbon brush holder assembling line, special Sign is that the test equipment that trips and Hall test equipment are arranged side by side, and is equipped between the test equipment that trips and Hall test equipment Straight line reprints equipment,

It includes sliding rail that the straight line, which reprints equipment, sets that there are two stop positions: the first transfer position and the second transfer along the sliding rail Position, the discharge station of the corresponding one of detection device connected by straight line transfer equipment in the first transfer position, second moves Carry the feeding station of corresponding another detection device connected by straight line transfer equipment in position；Second is slidably fitted on sliding rail Gripper assembly, the second clamping component are connect with the second horizontal drive apparatus, and the second horizontal drive apparatus drives the second gripper assembly It is moved back and forth between the first transfer position and the second transfer position along sliding rail.

7. the carbon brush holder tripping and Hall test equipment according to claim 1 for carbon brush holder assembling line, special Sign is that the test equipment that trips and Hall test equipment are equipped with a variety of detection devices, detects carbon brush holder position by detection device It sets and trips the position of actuating mechanism in test equipment and Hall test equipment, detection device and controller communicate to connect, inspection It surveys device and controller cooperates whether determining carbon brush holder and actuating mechanism move in place.

8. the carbon brush holder tripping and Hall test equipment according to claim 1 for carbon brush holder assembling line, special Sign is, the recycling for recycling unqualified carbon brush holder is equipped on the workbench of the test equipment that trips and Hall test equipment Box.

9. the carbon brush holder tripping and Hall test equipment according to claim 1 for carbon brush holder assembling line, special Sign is, including display and database module, and the display and controller are communicated to connect to show carbon brush holder information, test number Accordingly and test mode information；Controller is also connect with database module, database module store carbon brush holder test information and with Controller interacts.