CN205844488U - A kind of motor ageing tester automatically - Google Patents
A kind of motor ageing tester automatically Download PDFInfo
- Publication number
- CN205844488U CN205844488U CN201620633665.0U CN201620633665U CN205844488U CN 205844488 U CN205844488 U CN 205844488U CN 201620633665 U CN201620633665 U CN 201620633665U CN 205844488 U CN205844488 U CN 205844488U
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- Prior art keywords
- motor
- discharging
- test
- charging
- burn
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Abstract
The utility model discloses a kind of motor ageing tester automatically, including frame and motor frock, it is characterized in that: described frame is provided with at least two burn-in test mechanism, frame is respectively provided on two sides with motor feeding mechanism moving up and down and motor discharging mechanism, the port of export of motor feeding mechanism and the arrival end of motor discharging mechanism are corresponding with the entrance point of burn-in test mechanism and port of export position respectively, and burn-in test mechanism, motor feeding mechanism and motor discharging mechanism all electrically connect with circuit controller.Automatic motor ageing tester of the present utility model accurately can carry out burn-in test and can realize automatically carrying out burn-in test motor.
Description
Technical field
This utility model relates to the performance test field of motor, particularly relates to a kind of motor burn-in test dress automatically
Put.
Background technology
At present, after motor has produced, producer can carry out various test to motor, with ensure motor after dispatching from the factory just
Often use.And the service life of motor, it is to complete with burn-in test operation, by burn-in test, to check motor to use process
The performance such as aging decay.But, existing motor ages is tested, and is usually based on staff operation.Operator are to each
Motor carries out single power-on servicing, and rule of thumb judges the ageing-resistant performance of motor.But, traditional motor ages test
There is great technological deficiency.First, need during burn-in test motor is applied higher voltage, utilize staff to operate always
Change in test process and can there is a certain degree of potential safety hazard.Secondly, the burn-in test of the staff operation test to operator
Skill requirement is higher, such as the deficiency of time of burn-in test, then can have a strong impact on operator's standard to motor length in service life
Really judge.So, the most accurately carry out urgent problem during burn-in test, always motor produce.
Chinese patent application 201510240452.1 discloses a kind of motor ages testing auxiliary device, and it utilizes weatherseal
Reduce the intake of motor, make motor can complete burn-in test within a short period of time.Above-mentioned patent application utilizes shortens test
Time ageing time, the problem that can solve to a certain extent to cause electrical machinery life to be judged by accident because the testing time is not enough, but on
State auxiliary device and could not fundamentally solve the problem of staff operation, and the addition of auxiliary device is also only to reduce erroneous judgement
Chance, accurately can not control ageing time.Therefore, existing motor ages means of testing still awaits further
Improve.
Summary of the invention
The purpose of this utility model is to overcome the deficiencies in the prior art, it is provided that one accurately can carry out aging survey to motor
Examination also can realize automatically carrying out the automatic motor ageing tester of burn-in test.
Goal of the invention of the present utility model is achieved in that a kind of motor ageing tester automatically, including frame and
Motor frock, it is characterised in that: described frame is provided with at least two burn-in test mechanism, and frame is respectively provided on two sides with can be upper and lower
The motor feeding mechanism of movement and motor discharging mechanism, the port of export of motor feeding mechanism and the arrival end of motor discharging mechanism divide
The most corresponding with the entrance point of burn-in test mechanism and port of export position, burn-in test mechanism, motor feeding mechanism and motor go out
Material mechanism all electrically connects with circuit controller.
Furtherly, burn-in test mechanism include can power supply machine frock pass through test bracket, be located at test bracket sidepiece
Slide guide rail body, be located at driving assembly and being located at the burn-in test assembly on test bracket top of test bracket bottom, test
Frame exit is provided with discharging and triggers switch.
Furtherly, the slip driving assembly to include being located at test bracket bottom drives plate, is located on slip driving plate
Drive pushing block and be located at the driving cylinder body of test bracket bottom, drive the piston rod of cylinder body and drive push pedal to fix to be connected.
Furtherly, burn-in test assembly includes being located at the pushing cylinder body on test bracket top, being located at the work of pushing cylinder body
Testing tension disc and being located at the test probe on test tension disc on stopper rod.
Furtherly, motor feeding mechanism includes that the charging feeding transmission case body, being located on charging transmission case body is slowed down electric
Machine, be located at charging reducing motor rotating shaft on charging sprocket wheel transmission component and be located at charging sprocket wheel transmission component chain on entering
Expect vertical driver plate, feed vertical driver plate be provided with can the cross motor charging transmission component of support motor frock, charging is perpendicular
Being provided with charging non-return cylinder to driver plate, the piston rod of charging non-return cylinder is provided with charging non-return block, charging non-return block and motor
Frock position is corresponding, and the port of export of cross motor charging transmission component is provided with charging and stops cylinder.
Being optimized according to said structure, cross motor charging transmission component includes being located at entering on the vertical driver plate of charging
Material motor and charging drive, charging drive is provided with charging driving belt, the rotating shaft of charging motor and charging power axle
Connect.
Furtherly, the discharging deceleration electricity that motor discharging mechanism includes discharging transmission case body, is located on discharging transmission case body
Machine, the discharging chain gear transmission assembly being located in discharging reducing motor rotating shaft and be located at going out on the chain of discharging chain gear transmission assembly
Expecting vertical driver plate, the vertical driver plate of discharging is provided with can the cross motor discharging transmission component of support motor frock, laterally electricity
The port of export of machine discharging transmission component is provided with discharging and stops cylinder.
Being optimized according to said structure, cross motor discharging transmission component includes being located at going out on the vertical driver plate of discharging
Material motor and discharging drive, discharging drive is provided with discharging driving belt, the rotating shaft of discharging motor and discharging power axle
Connect.
Furtherly, motor frock includes tool base plate, the electric machine support be located in tool base plate electrically connects with motor
PCB test board and electric motor fixation mechanism, electric motor fixation mechanism includes the fixed pedestal being fixed in tool base plate, is located at fixed base
Fixing swingle on seat and be located at the fixing head of fixing swingle end, tool base plate is provided with crashproof projection.
Being optimized according to said structure, the bottom of tool base plate is provided with relative with driving pushing block and charging non-return block position
The non-return block answered.
The means that the motor ages of prior art is tested by this utility model improve, and its advantage is as follows:
1, in automatic motor ageing tester of the present utility model, use automatic feed, automatically carry out burn-in test and
The combined mechanism of self-emptying, makes motor frock by test bracket under the drive driving assembly, and drives survey through pushing cylinder
Examination tension disc and test probe move down, and make burn-in test assembly that the motor in motor frock is carried out burn-in test.This unit mahine
Structure utilizes circuit controller control, and tester can complete the burn-in test to motor without contacting motor, and it is greatly improved
The safety of motor ages test and stability.It addition, motor and the time of contact of burn-in test assembly, frequency of exposure
Regulated by circuit controller, thus producer can carry out burn-in test accurately according to different demands to motor, thus significantly
Improve the accuracy of motor ages test.Additionally, without human users in automatic test course, be truly realized motor ages
The automatization of test, greatly improves the efficiency of motor ages test.
2, in automatic motor ageing tester of the present utility model, use at least two burn-in test mechanism, above-mentioned always
Change mechanism for testing to be linked together by the form stacked.The above-mentioned burn-in test mechanism stacked can be significantly increased motor ages
The number of times of test and quantity, decrease the area occupied in motor ages room, and can need to be adjusted flexibly according to reality test aging
The number of times of test and time, considerably increase the versatility of motor ages test.
3, in automatic motor ageing tester of the present utility model, have employed motor feeding mechanism and motor discharging mechanism
Combined mechanism, it is achieved that the motor automatic feeding, discharge in burn-in test mechanism, thus be effectively improved motor ages test
Work efficiency.Meanwhile, exit at motor feeding mechanism and motor discharging mechanism arranges charging and stops cylinder and go out respectively
Material stops cylinder, has ensured the motor stability when conveying and reliability.
4, in automatic motor ageing tester of the present utility model, retaining element is set in motor feeding mechanism, has
Effect avoids the rollback phenomenon that motor occurs in transmitting procedure, improves the stability of motor conveying.It addition, in motor frock
Crashproof projection is set on base plate, tool base plate can be avoided when transmission to produce rigid contact, thus improve the reliable of motor conveying
Property.
Accompanying drawing explanation
Accompanying drawing 1 is the structural representation of this utility model most preferred embodiment；
Accompanying drawing 2 is the structural representation of this utility model burn-in test mechanism；
Accompanying drawing 3 is the structural representation of this utility model motor frock；
Accompanying drawing 4 is the structural representation of this utility model motor feeding mechanism；
Accompanying drawing 5 is the structural representation of this utility model motor discharging mechanism.
In figure, frame 1, test bracket 501, slide guide rail body 502, the driving plate 503 that slides, driving pushing block 504, driving cylinder body
505, pushing cylinder body 506, test tension disc 507, test probe 508, discharging trigger switch 509, charging transmission case body 510, enter
Expect reducing motor 511, charging sprocket wheel transmission component 512, feed vertical driver plate 513, charging non-return cylinder 514, charging non-return block
515, charging stops cylinder 516, charging motor 517, charging drive 518, charging driving belt 519, discharging transmission case body
520, discharging reducing motor 521, discharging chain gear transmission assembly 522, the vertical driver plate of discharging 523, discharging stop cylinder 524, go out
Material motor 525, discharging drive 526, discharging driving belt 527, tool base plate 528, electric machine support 529, PCB test board 530,
Fixed pedestal 531, fixing swingle 532, fixing head 533, crashproof projection 534, non-return block 535.
Detailed description of the invention
The utility model will be further described below in conjunction with the accompanying drawings.
With reference to the accompanying drawings 1, shown in accompanying drawing 2, accompanying drawing 3, accompanying drawing 4 and accompanying drawing 5, automatic motor burn-in test of the present utility model fills
Put and mainly include frame 1, motor frock, at least two burn-in test mechanism, motor feeding mechanism and motor discharging mechanism.Its
In, burn-in test mechanism is arranged in frame 1, and it can be linked together by the form stacked.It is true that user can basis
Practical situation stacks multiple burn-in test mechanism.And motor feeding mechanism and motor discharging mechanism are respectively arranged at the side of frame 1
Portion, motor feeding mechanism and motor discharging mechanism can move up and down.The port of export of motor feeding mechanism and burn-in test mechanism
Incoming-side location corresponding, the arrival end of motor discharging mechanism is then corresponding with the port of export position of burn-in test mechanism.
Burn-in test mechanism, motor feeding mechanism and motor discharging mechanism all electrically connect with circuit controller.Motor frock can be led to successively
Cross motor feeding mechanism, burn-in test mechanism and motor discharging mechanism, it is achieved the automation mechanized operation of motor ages test.
Burn-in test mechanism includes test bracket 501, slide guide rail body 502, drives assembly and burn-in test assembly.Wherein survey
Examination support 501 is provided with can the cavity that passes through of power supply machine frock；And slide guide rail body 502 is located at test bracket 501 sidepiece, make motor
Frock can be by test bracket 501 under the auxiliary of slide guide rail body 502 carries；Assembly is driven then to be located at test bracket 501 bottom,
Its effect is that drive motor frock is by test bracket 501；Test bracket 501 top is then located at by burn-in test assembly, and it can
Burn-in test is carried out to by the motor in the motor frock of test bracket 501.Driving assembly of the present utility model can use cunning
The dynamic combinative structure driving plate 503, driving pushing block 504 and driving cylinder body 505.Wherein slide and drive plate 503 to be located at test bracket
501 bottoms, it is slidably connected with test bracket 501；Drive pushing block 504 to be located at slip to drive on plate 503；Drive cylinder body 505 then
It is located at test bracket 501 bottom, drives the piston rod of cylinder body 505 to fix with driving push pedal and be connected.By driving pushing away of cylinder body 505
Action use, makes slip drive plate 503 can reciprocatingly slide in test bracket 501.And burn-in test assembly bag of the present utility model
Include pushing cylinder body 506, test tension disc 507 and test probe 508.Wherein pushing cylinder body 506 is located at test bracket 501 top,
Fix with test bracket 501 and be connected；Test tension disc 507 is located on pushing cylinder body 506 piston rod, and it can be at pushing cylinder body 506
Drive under make vertical reciprocating motion；Test probe 508 then be located at test tension disc 507 on, its can with by test bracket 501
Motor contact, and with test tension disc 507 together with motor is carried out burn-in test.Additionally, test bracket 501 exit is provided with
Discharging triggers switch 509.Discharging triggers switch 509 and discharging signal can be sent to circuit controller, by motor discharging after process
Authorities also carries out draw operation.
Motor feeding mechanism include feed transmission case body 510, charging reducing motor 511, charging sprocket wheel transmission component 512 and
Feed vertical driver plate 513.Wherein charging reducing motor 511 is located on charging transmission case body 510, and feeds sprocket wheel transmission group and set
In charging reducing motor 511 rotating shaft, feed vertical driver plate 513 and be then located on the chain of charging sprocket wheel transmission component 512.Enter
Expect transmission case body 510, charging reducing motor 511, charging sprocket wheel transmission component 512 and feed the unit mahine of vertical driver plate 513
Structure makes the vertical driver plate of charging 513 can make vertical reciprocating motion under the drive of charging reducing motor 511.And feed vertical transmission
Plate 513 is provided with cross motor charging transmission component, and this assembly can support motor frock.Additionally, feed on vertical driver plate 513
Being provided with charging non-return cylinder 514, the piston rod of charging non-return cylinder 514 is provided with charging non-return block 515, charging non-return block 515 and electricity
Machine frock position is corresponding.Charging non-return cylinder 514 and charging non-return block 515 form non-return mechanism, can ensure the suitable of motor frock
Profit transmission.And the port of export of cross motor charging transmission component is additionally provided with charging and stops cylinder 516, thus ensure that motor is defeated
Stability when sending and reliability.Cross motor of the present utility model charging transmission component includes being located at the vertical driver plate of charging
Charging motor 517 on 513 and charging drive 518, charging drive 518 is provided with charging driving belt 519, feeds motor
The rotating shaft of 517 is connected with charging drive 518 axle.Cross motor charging transmission component can be by lateral transport effect motor work
Dress inputs to test bracket 501, makes motor ages test persistently to carry out.
Motor discharging mechanism include discharging transmission case body 520, discharging reducing motor 521, discharging chain gear transmission assembly 522 and
The vertical driver plate of discharging 523.Wherein discharging reducing motor 521 is located on discharging transmission case body 520, and discharging chain gear transmission group sets
In discharging reducing motor 521 rotating shaft, the vertical driver plate of discharging 523 is then located on the chain of discharging chain gear transmission assembly 522.Go out
Material transmission case body 520, discharging reducing motor 521, discharging chain gear transmission assembly 522 and the unit mahine of the vertical driver plate of discharging 523
Structure makes the vertical driver plate of discharging 523 can make vertical reciprocating motion under the drive of discharging reducing motor 521.And the vertical transmission of discharging
Plate 523 is provided with cross motor discharging transmission component, and this assembly can support motor frock.And cross motor discharging transmission component
The port of export is additionally provided with discharging and stops cylinder 524, thus has ensured the motor stability when conveying and reliability.This utility model
Cross motor discharging transmission component include being located at the discharging motor 525 on the vertical driver plate of discharging 523 and discharging drive
526, discharging drive 526 is provided with discharging driving belt 527, and the rotating shaft of discharging motor 525 is with discharging drive 526 axle even
Connect.Cross motor discharging transmission component can be exported motor frock by lateral transport effect in test bracket 501, ensures electricity
The stability of machine transmission.It addition, finished product containing cavity can be arranged in the lower section of burn-in test mechanism, by the vertical driver plate of discharging
The vertical motion of 523 and the lateral transfer of cross motor discharging transmission component, be positioned over finished product the motor completing burn-in test
In containing cavity.
Motor frock includes tool base plate 528, electric machine support 529, PCB test board 530 and electric motor fixation mechanism.Wherein electricity
Machine bracket 529 is located in tool base plate 528, and it is fixed with tool base plate 528 and is connected；PCB test board 530 is then electrically connected with motor
Connect.Electric motor fixation mechanism of the present utility model can use the combination knot of fixed pedestal 531, fixing swingle 532 and fixing head 533
Structure.Wherein fixed pedestal 531 is fixed in tool base plate 528；Fixing swingle 532 is then located on fixed pedestal 531, and it can
Rotate under the drive of rotary part, to realize the motor fixing and unblock on fixed pedestal 531；Fixing head 533 is located at solid
Determining swingle 532 end, it generally uses flexible material manufacture, utilizes flexible fastener power to be fixed motor, it is to avoid motor
The scuffing on surface.Additionally, tool base plate 528 is provided with crashproof projection 534, crashproof projection 534 uses flexible material manufacture equally,
Tool base plate 528 can be avoided to produce rigid contact when transmission.It addition, the bottom of tool base plate 528 is provided with and drives pushing block 504
The non-return block 535 corresponding with charging non-return block 515 position, to guarantee tool base plate 528 and only to drive pushing block 504, charging
Return the stability that block 515 connects.
Above-mentioned specific embodiment is only the preferable detailed description of the invention of this utility model effect, all and of the present utility model from
Galvanic electricity machine ageing tester identical or equivalent structure, all in protection domain of the present utility model.
Claims (10)
1. an automatic motor ageing tester, including frame (1) and motor frock, it is characterised in that: in described frame (1)
Being provided with at least two burn-in test mechanism, frame (1) is respectively provided on two sides with motor feeding mechanism moving up and down and motor goes out
Material mechanism, the port of export of motor feeding mechanism and the arrival end of motor discharging mechanism respectively with the entrance point of burn-in test mechanism and
Port of export position is corresponding, and burn-in test mechanism, motor feeding mechanism and motor discharging mechanism all electrically connect with circuit controller.
The most automatic motor ageing tester, it is characterised in that: described burn-in test mechanism includes can
Test bracket (501) that power supply machine frock is passed through, it is located at slide guide rail body (502) of test bracket (501) sidepiece, is located at test
The driving assembly of frame (501) bottom and be located at the burn-in test assembly on test bracket (501) top, test bracket (501) exports
Place is provided with discharging and triggers switch (509).
The most automatic motor ageing tester, it is characterised in that: described driving assembly includes being located at survey
The slip of examination support (501) bottom drives plate (503), is located at the driving pushing block (504) slided in driving plate (503) and is located at survey
The driving cylinder body (505) of examination support (501) bottom, drives the piston rod of cylinder body (505) to fix with driving push pedal and is connected.
The most automatic motor ageing tester, it is characterised in that: described burn-in test assembly includes setting
Pushing cylinder body (506) in test bracket (501) top, the test tension disc (507) being located on pushing cylinder body (506) piston rod
And it is located at the test probe (508) in test tension disc (507).
The most automatically motor ageing tester, it is characterised in that: described motor feeding mechanism include into
Expect transmission case body (510), the charging reducing motor (511) being located in charging transmission case body (510), be located at charging reducing motor
(511) charging sprocket wheel transmission component (512) in rotating shaft and be located at charging sprocket wheel transmission component (512) chain on charging erect
To driver plate (513), feed vertical driver plate (513) be provided with can the cross motor charging transmission component of support motor frock,
Feeding vertical driver plate (513) and be provided with charging non-return cylinder (514), the piston rod of charging non-return cylinder (514) is only provided with charging
Returning block (515), charging non-return block (515) is corresponding with motor frock position, and the port of export of cross motor charging transmission component sets
Charging is had to stop cylinder (516).
The most automatic motor ageing tester, it is characterised in that: described cross motor charging transmission group
Part includes being located at the charging motor (517) fed on vertical driver plate (513) and charging drive (518), feeds drive
(518) being provided with charging driving belt (519), the rotating shaft of charging motor (517) is connected with charging drive (518) axle.
The most automatic motor ageing tester, it is characterised in that: described motor discharging mechanism includes
Material transmission case body (520), be located on discharging transmission case body (520) discharging reducing motor (521), be located at discharging reducing motor
(521) discharging chain gear transmission assembly (522) in rotating shaft and be located at the discharging on the chain of discharging chain gear transmission assembly (522)
Vertical driver plate (523), the vertical driver plate of discharging (523) is provided with can the cross motor discharging transmission group of support motor frock
Part, the port of export of cross motor discharging transmission component is provided with discharging and stops cylinder (524).
The most automatic motor ageing tester, it is characterised in that: described cross motor discharging transmission group
Part includes discharging motor (525) and discharging drive (526), the discharging drive being located in the vertical driver plate of discharging (523)
(526) being provided with discharging driving belt (527), the rotating shaft of discharging motor (525) is connected with discharging drive (526) axle.
The most automatic motor ageing tester, it is characterised in that: described motor frock includes at the bottom of frock
PCB test board (530) that plate (528), the electric machine support (529) being located in tool base plate (528) electrically connect with motor and motor
Fixed mechanism, electric motor fixation mechanism includes the fixed pedestal (531) being fixed in tool base plate (528), is located at fixed pedestal
(531) fixing swingle (532) on and be located at the fixing head (533) of fixing swingle (532) end, tool base plate (528)
It is provided with crashproof projection (534).
The most automatic motor ageing tester, it is characterised in that: under described tool base plate (528)
Portion is provided with and drives pushing block (504) and feed the non-return block (535) that non-return block (515) position is corresponding.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620633665.0U CN205844488U (en) | 2016-06-22 | 2016-06-22 | A kind of motor ageing tester automatically |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620633665.0U CN205844488U (en) | 2016-06-22 | 2016-06-22 | A kind of motor ageing tester automatically |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205844488U true CN205844488U (en) | 2016-12-28 |
Family
ID=57621252
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620633665.0U Expired - Fee Related CN205844488U (en) | 2016-06-22 | 2016-06-22 | A kind of motor ageing tester automatically |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205844488U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107367690A (en) * | 2017-07-15 | 2017-11-21 | 嘉兴创勋自动化设备制造有限公司 | A kind of motor for washer p-wire |
| CN108072835A (en) * | 2017-12-05 | 2018-05-25 | 广东小天才科技有限公司 | A kind of motor aging RTA reliability test assembly |
-
2016
- 2016-06-22 CN CN201620633665.0U patent/CN205844488U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107367690A (en) * | 2017-07-15 | 2017-11-21 | 嘉兴创勋自动化设备制造有限公司 | A kind of motor for washer p-wire |
| CN107367690B (en) * | 2017-07-15 | 2020-06-19 | 嘉兴创勋自动化设备制造有限公司 | Washing machine motor test wire |
| CN108072835A (en) * | 2017-12-05 | 2018-05-25 | 广东小天才科技有限公司 | A kind of motor aging RTA reliability test assembly |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20161228 Termination date: 20190622 |