CN206420857U - Electronic jacquard machine electromagnet assembly test device - Google Patents
Electronic jacquard machine electromagnet assembly test device Download PDFInfo
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- CN206420857U CN206420857U CN201720118982.3U CN201720118982U CN206420857U CN 206420857 U CN206420857 U CN 206420857U CN 201720118982 U CN201720118982 U CN 201720118982U CN 206420857 U CN206420857 U CN 206420857U
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- 238000012360 testing method Methods 0.000 title claims abstract description 94
- 230000007246 mechanism Effects 0.000 claims abstract description 83
- 230000008520 organization Effects 0.000 claims abstract description 17
- 238000004088 simulation Methods 0.000 claims description 68
- 230000011664 signaling Effects 0.000 claims description 12
- 230000001360 synchronised effect Effects 0.000 claims description 9
- 238000007599 discharging Methods 0.000 claims description 7
- 230000033001 locomotion Effects 0.000 claims description 3
- 238000004886 process control Methods 0.000 claims 1
- 230000000694 effects Effects 0.000 abstract description 6
- 238000000034 method Methods 0.000 abstract description 6
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- XEEYBQQBJWHFJM-UHFFFAOYSA-N Iron Chemical compound [Fe] XEEYBQQBJWHFJM-UHFFFAOYSA-N 0.000 description 4
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- 230000000712 assembly Effects 0.000 description 3
- 238000000429 assembly Methods 0.000 description 3
- 238000010586 diagram Methods 0.000 description 3
- 238000005516 engineering process Methods 0.000 description 3
- 239000007787 solid Substances 0.000 description 3
- 238000009941 weaving Methods 0.000 description 3
- 229910052742 iron Inorganic materials 0.000 description 2
- 238000003860 storage Methods 0.000 description 2
- 239000004753 textile Substances 0.000 description 2
- 241000196324 Embryophyta Species 0.000 description 1
- 235000002757 Erythrina edulis Nutrition 0.000 description 1
- 240000008187 Erythrina edulis Species 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000008901 benefit Effects 0.000 description 1
- 230000005540 biological transmission Effects 0.000 description 1
- 244000144987 brood Species 0.000 description 1
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- 238000009434 installation Methods 0.000 description 1
- 238000004519 manufacturing process Methods 0.000 description 1
- 238000003825 pressing Methods 0.000 description 1
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- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 1
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Abstract
A kind of electronic jacquard machine electromagnet assembly test device, including testboard, its middle part sets left and right push pedal resigning chamber, has left and right locating rod corresponding to the position at the rear of left and right push pedal resigning chamber, left and right push pedal resigning chamber is corresponded to each other, and left and right locating rod is mutually corresponded to；One MUT module under test supports detent mechanism, is located at the front end of testboard and corresponding to the front between left and right push pedal resigning chamber；Shedding mechanism is simulated, the front side edge of testboard is located at and the front of detent mechanism is supported corresponding to MUT module under test；Lifting travel controlling organization, has two and is located at the rear end of testboard；Component signals inhale arm compressing and relieving mechanism, have two and are connected with lifting travel controlling organization；Component traction rope hook is seized on both sides by the arms and relieving mechanism, and the position for having two and corresponding respectively to left push pedal resigning chamber and right push pedal resigning chamber is located at side of the testboard under.Ensure test effect and test quality；Embody the quick and highly effective and safe of test process.
Description
Technical field
The utility model belongs to the electronic and electric components Special testing device technical field of textile machine, and in particular to a kind of
Electronic jacquard machine electromagnet assembly test device.
Background technology
Foregoing electromagnet assembly is also referred to as electromagnetic valve component, and can be seen in disclosed Chinese patent literature, such as
CN101718019A（Jacquard electromagnet assembly）、CN105821553A（Solenoid valves for jacquard component）、CN101845698B（One
Plant novel electromagnetic valve component of electronic jacquard machine）、CN102634900A（Electromagnetic valve component of electronic jacquard machine）And CN105155076A
（Electromagnetic valve component of electronic jacquard machine）, etc..
Foregoing electronic jacquard machine be it is supporting with loom, due to electronic jacquard machine have to fabric change strong adaptability,
Loom weaving complex textile can be met, there is good advantage to lifting fabric class and attached value, thus electronics is carried in recent years
Flower machine quickly growing and has good prospects.
Because the electric signal for characterizing fabric patterns can be operationally converted into carrying for loom correspondence warp thread by electromagnetic valve component
Elevator is moved, thus it is execution unit more crucial in auto-jacquard weaving system（Also it can claim " executive component "）.Due to one
Platform electronic jacquard machine need it is hundreds of tire out thousand electromagnet assemblies, thus its quality reliability directly affect fabric quality and
The weaving efficiency of loom.
In order to ensure electronic jacquard machine electromagnet assembly under arms during reliability, production firm usually required to it
The electric property such as parameter such as resistance, inductance, electromagnetic attraction is tested, because these unit for electrical property parameters can substantially reflect electronics
The actual performance of jacquard, makes failure be addressed as far as possible before electronic jacquard machine product export.
The test to aforementioned electromagnetic iron component is in installation at present（It is installed on electronic jacquard machine）Rear operating state is sentenced
Disconnected, and the further dynamic test through electronic jacquard machine with loom after supporting shows, first is installed on electronic jacquard
The judged result of working condition after machine can not reflect the true and reliable quality of electromagnet assembly.
The technical information on being tested electromagnet assembly can be seen in disclosed Chinese patent literature, typically
" multi-channel electromagnet realtime fast detector " that such as CN100487478C recommends, due to the structure for the electromagnet that the patent is directed to
Structure with aforementioned electronic jacquard electromagnet assembly is far from each other, thus without reference.
The content of the invention
Task of the present utility model, which is to provide, a kind of to be helped to ensure electromagnet assembly in actual use true
Real reliable quality, be conducive to embodying test process rapidly and efficiently and safe electronic jacquard machine electromagnet assembly test dress
Put.
What task of the present utility model was performed by, a kind of electronic jacquard machine electromagnet assembly test device, including
One testboard, offers a left push pedal resigning chamber and a right push pedal resigning chamber, corresponding to left push pedal in the middle part of the testboard
The position at the rear of resigning chamber is fixed with a left locating rod perpendicular to testboard, and at the rear corresponding to right push pedal resigning chamber
Position is also perpendicular to testboard and is fixed with a right locating rod, and left and right push pedal resigning chamber corresponds to each other, and left and right locating rod is mutual
Correspondence；One MUT module under test support detent mechanism, the MUT module under test supporting detent mechanism be arranged on the testboard front end and
Corresponding to the front between the left and right push pedal resigning chamber；One simulation shedding mechanism, the simulation shedding mechanism is arranged on the survey
The front side edge of test stand and the front that detent mechanism is supported corresponding to the MUT module under test；Lifting travel controlling organization, the lifting
Range controlling mechanism has two and the rear end of the testboard is arranged in the case where keeping the corresponding state in mutual left and right；Component is believed
Number inhale arm compressing and relieving mechanism, the component signals inhale arm compressing with relieving mechanism have corresponding toward each other two and with
It is connected simultaneously with lifting travel controlling organization in the state of being slidably matched on front side of the lifting travel controlling organization；Component
Traction rope hook seize on both sides by the arms and relieving mechanism, the component traction rope hook seize on both sides by the arms with relieving mechanism have corresponding toward each other two and
The position for corresponding respectively to the left push pedal resigning chamber and right push pedal resigning chamber is arranged on one of the testboard under
Side）.
In a specific embodiment of the present utility model, described MUT module under test supporting detent mechanism includes tested group
The horizontally-arranged fulcrum bearing of part, MUT module under test afterbody limit base, pressure arm seat vertical columns, pressure arm seat, pressure arm, positioning presser feet and spanner button,
The horizontally-arranged fulcrum bearing of MUT module under test is in the position corresponding to the front between the left and right push pedal resigning chamber to be parallel to the test
The state of the length direction of platform is fixed with testboard, and the horizontally-arranged fulcrum bearing of the MUT module under test is formed with a fulcrum bearing towards upper side
Groove, MUT module under test afterbody limit base has a pair and in the position for the front end both sides for corresponding respectively to the horizontally-arranged fulcrum bearing of MUT module under test
Fixed with testboard, pressure arm seat vertical columns on the left of the rear end corresponding to the horizontally-arranged fulcrum bearing of MUT module under test or right side position with
Testboard is fixed, and pressure arm seat is fixed on the top of pressure arm seat vertical columns, and pressure arm is hinged towards one end of pressure arm seat with pressure arm seat,
And the one end of pressure arm away from pressure arm seat is configured to free end, positioning presser feet be fixed on the one end of the pressure arm away from pressure arm seat and
The positioning presser feet is hinged and gone back with pressure arm towards one end of pressure arm seat corresponding to the rear end top for supporting seat slot, spanner button
It is hinged with pressure arm seat, and the one end of spanner button away from pressure arm seat is configured to operating side；It is arranged on the front side edge of the testboard
The simulation shedding mechanism is corresponding with the front end of the horizontally-arranged fulcrum bearing of the MUT module under test.
In another specific embodiment of the present utility model, described simulation shedding mechanism includes simulation lifting-cord support
Frame, one group of simulation lifting-cord conduit, one group of simulation lifting-cord and one group of simulation lifting-cord extension spring, simulation lifting-cord bracket is in correspondence
In the position of the front end of the horizontally-arranged fulcrum bearing of the MUT module under test and the front side of the testboard along fixation, in the simulation lifting-cord support
The bottom of frame is fixed with an extension spring fixed seat, and one group of simulation lifting-cord conduit is fixed on simulation lifting-cord bracket, one group of simulation
The quantity of lifting-cord is equal with the quantity of one group of simulation lifting-cord conduit and through one group of simulation lifting-cord conduit, in this group of mould
The upper end for intending lifting-cord is respectively fixed with MUT module under test connection connector, the quantity of one group of simulation lifting-cord extension spring and one group of simulation
The quantity of lifting-cord is equal and the upper end of group simulation lifting-cord extension spring is fixedly connected with the lower end of one group of simulation lifting-cord, and
The lower end of one group of simulation lifting-cord extension spring and the bottom of the extension spring fixed seat are fixed.
In another specific embodiment of the present utility model, described lifting travel controlling organization includes lifting motor
Fixed seat support, lifting motor fixed seat, lifting motor and lifting screw, lifting motor fix seat support and the testboard
Rear end is fixed, and the front side that lifting motor fixed seat fixes seat support with lifting motor is fixed, on a left side for the lifting motor fixed seat
Right side and a lifting nut contiguous block slot to make way is offered in each longitudinal direction in position to correspond to each other, and fixed in lifting motor
The front side of seat is fixed with a lifting nut contiguous block and is oriented to sliding panel, and lifting motor is the synchronous motor with positive and negative rotating function,
The lifting motor is fixed on the top of lifting motor fixed seat with its state of lifting motor axle under, and lifting screw corresponds to
The lifting nut contiguous block is oriented to the rear side of sliding panel and the upper end of the lifting screw is driven with the lifting motor axle and connected
Connect, and the lower end of lifting screw is configured to vertical cantilever end or is rotatably supported on described testboard, and in lifting
A lifting screw nut seat is equipped in the middle part of screw rod；Described component signals inhale arm compressing and relieving mechanism and described lifting
Nut contiguous block is oriented to sliding panel and is slidably matched while being fixedly connected with described lifting screw nut seat.
In another specific embodiment of the present utility model, described component signals inhale arm compressing and relieving mechanism bag
Include lifting carriage seat, sliding seat lifting travel gag lever post, sliding seat lifting travel signal picker, fixed seat position signal acquisition
Device, fixed seat motor, fixed seat drive screw, fixed seat slip guide bracket, component signals inhale arm compressing and release sensor
Fixed seat and component signals inhale arm compressing and release sensor, and lifting carriage seat is in horizontally disposed, the length side of lifting carriage seat
To rear side be fixedly arranged in the middle of a lifting nut contiguous block, the lifting nut contiguous block is oriented to described lifting nut contiguous block
Sliding panel is slidably matched while be fixedly connected with described lifting screw nut seat, in the length direction of lifting carriage seat
Front side is fixed with a slip guide bracket and is oriented to sliding panel, in the top and bottom and each in position to correspond to each other of lifting carriage seat
A fixed seat slip guide bracket resigning chamber is offered, the lower end of sliding seat lifting travel gag lever post and the rear side of lifting carriage seat are consolidated
Determine, and the upper end of the sliding seat lifting travel gag lever post be provided with the descending limit position signal of lifting carriage seat to trigger
Part, and middle part is provided with the up limit position signal trigger member of lifting carriage seat, and the lower limit by row position of lifting carriage seat
The side of confidence trigger member and the up limit position signal trigger member of lifting carriage seat on sliding seat lifting travel gag lever post
To towards sliding seat lifting travel signal picker, and the sliding seat lifting travel signal picker is fixed on sliding seat lifting
The upper end of stroke signal collector fixed plate, the lower end of the sliding seat lifting travel signal picker fixed plate is with perpendicular to described
The state of testboard is fixed with testboard, when the sliding seat lifting travel gag lever post with the lifting carriage seat it is up and on
Go to the up limit position signal trigger member of the lifting carriage seat journey corresponding with sliding seat lifting travel signal picker
When spending, signal is gathered by the sliding seat lifting travel signal picker, the lifting motor is stopped, the lifting carriage seat
Stop it is up, and when the sliding seat lifting travel gag lever post is descending and come downwards to lifting carriage seat with lifting carriage seat
During the descending limit position signal trigger member degree corresponding with sliding seat lifting travel signal picker, lifted by the sliding seat
Stroke signal collector gathers signal, and the lifting motor is stopped, and the lifting carriage seat stops descending, fixed seat position
Signal picker is fixed on signal picker seat, and signal picker seat is in the position corresponding to signal picker seat guide groove
Put and be fixed on signal picker seat guide rail, the top of signal picker seat guide rail and lifting carriage seat is fixed, fixed
Seat motor is limited with horizontally-arranged state and lifting carriage seat towards the side on the platform edge of the length direction of the testboard, fixed
Seat drive screw corresponds to the rear side that the slip guide bracket is oriented to sliding panel, and the fixed seat drive screw drives electricity towards fixed seat
One end of machine is connected with fixed seat motor, and one end away from fixed seat motor is rotatably supported at lifting and slided
On dynamic seat, and fixed seat slip guide bracket attaching nut seat is equipped with the middle part of the fixed seat drive screw, fixed seat is slided
Dynamic guide bracket is located at slip guide bracket and is oriented to the rear side of sliding panel and in the position corresponding to fixed seat slip guide bracket resigning chamber and admittedly
Reservation slip guide bracket attaching nut seat is fixed, and the upper and lower part of the fixed seat slip guide bracket, which leans out fixed seat slip guide bracket, to be allowed
Position chamber and it is oriented to sliding panel with described slip guide bracket and is slidably matched, component signals inhales arm compressing and release sensor fixed seat
The front side of sliding panel is oriented to corresponding to slip guide bracket and the component signals inhale arm compressing and the top of release sensor fixed seat
Fixed with the top front side of fixed seat slip guide bracket, and component signals inhale arm compressing and the bottom for discharging sensor fixed seat and solid
The lower front side of reservation slip guide bracket is fixed, and component signals inhale arm compressing and are fixed on component signals suction arm compressing with release sensor
With discharging in sensor fixed seat, and the component signals inhale arm compressing with release sensor with a sensor contact, work as institute
The component signals stated inhale arm compressing and inhale arm compressing and release sensor together with described component signals with release sensor fixed seat
When being moved to the degree corresponding with the fixed seat position signalling collector with described fixed seat slip guide bracket, by fixed seat
Position signal acquisition device gathers signal, and described fixed seat motor is stopped, and described fixed seat slip guide bracket stops
It is mobile.
Also have a specific embodiment of the present utility model, described sliding seat lifting travel signal picker with
And described fixed seat position signalling collector is travel switch, microswitch, is closely located to switch, tongue tube or hall sensing
Element；Described fixed seat motor is the synchronous motor with positive and negative rotating function；Described component signals inhale arm compressing with
Release sensor is pressure sensor, and described sensor contact is pressure sensor contact.
Of the present utility model more and in a specific embodiment, set corresponding to the position of the left push pedal resigning chamber
The component pull rope hook plate in side of the testboard under seize on both sides by the arms with the structure of relieving mechanism be with corresponding to institute
The position for stating right push pedal resigning chamber is arranged on the component pull rope hook plate of side of the testboard under and seized on both sides by the arms and relieving mechanism
Structure identical, should be arranged on the component pull rope hook plate of side of the testboard under corresponding to the position of right push pedal resigning chamber
Seizing on both sides by the arms includes push pedal motor fixed seat, push pedal motor with relieving mechanism, push pedal drive screw, push pedal nut seat, pushes away
Plate and push pedal position signal acquisition device, position of the push pedal motor fixed seat on the right side corresponding to the right push pedal resigning chamber
Fixed with side of the testboard under, a push pedal spiral shell is fixed with towards push pedal side in the push pedal motor fixed seat
Female seat sliding shoe guide plate, push pedal motor is fixed on the rear side of push pedal motor fixed seat, push pedal driving with horizontally-arranged state
Screw rod is located at the seat intracavitary of push pedal motor fixed seat, the rear end of the push pedal screw rod and the push pedal driving electricity of push pedal motor
Arbor is connected, and the front end of push pedal drive screw is rotatably supported on the anterior cavity wall of a chamber, and push pedal nut seat is disposed in
The middle part of push pedal drive screw, is fixed with a push pedal nut seat sliding shoe, this is pushed away in the push pedal nut seat towards the side of push pedal
Crab bolt seat sliding shoe is slidably matched with described push pedal nut seat sliding shoe guide plate, push pedal and described right push pedal resigning chamber phase
Correspond to and lean out right push pedal resigning chamber upwards, a sliding shoe fixed connecting plate is extended with the bottom of push pedal, the sliding shoe is consolidated
The left side for determining connecting plate and push pedal nut seat sliding shoe is fixed, and is fixed on rear side of the top of push pedal by push pedal briquetting fixing screws
There is a push pedal briquetting, push pedal position signal acquisition device is arranged on the push pedal motor fixed seat bottom, when the push pedal spiral shell
Female seat drives push pedal nut seat sliding shoe to follow the push pedal nut seat sliding shoe guide plate and slided into corresponding to described push pedal position
When putting the degree of signal picker, signal is gathered by the push pedal position signal acquisition device, described push pedal motor stops work
Make, push pedal nut seat sliding shoe stops sliding.
In an of the present utility model and then specific embodiment, described push pedal motor is with rotating work(
The synchronous motor of energy.
Of the present utility model and more and in a specific embodiment, in the bottom of the push pedal motor fixed seat
And positioned at signal picker fixed seat regulation guide rail is fixedly arranged at the front end with, described push pedal position signal acquisition device is fixed on letter
In number collector fixed seat, and signal picker fixed seat adjusted corresponding to signal picker fixed seat the guide groove of guide rail with
Signal picker fixed seat is fixed.
It is of the present utility model and and then a specific embodiment in, described push pedal position signal acquisition device is stroke
Switch, microswitch, it is closely located to switch, tongue tube or hall sensing element.
The technical scheme that the utility model is provided has technical effect that：When being carried out to electromagnetic valve component of electronic jacquard machine
During test, it is horizontally-arranged on MUT module under test supporting detent mechanism, and it is spacing to its one end by left and right locating rod, while by
Simulation shedding mechanism is connected with its other end, and inhaling arm compressing and relieving mechanism by component signals makes its signal suction arm be led with its component
Messenger hook coordinates or discharged, and is seized on both sides by the arms by component traction rope hook component traction rope hook is limited or discharged with relieving mechanism, because
And can ensure that electromagnetic valve component of electronic jacquard machine is in reliable positioning states in debugging process, ensure test effect and survey
Quality is tried, so as to ensure real reliability of the electromagnetic valve component of electronic jacquard machine during being actually on active service；Due to being completed every
To after the left of a unit in electromagnetic valve component of electronic jacquard machine and the test of right wing can be by lifting travel controlling organization
Component signals is inhaled arm compressing and the thickness degree of the descending unit of relieving mechanism, thus can embody the quick of test process with
Efficiently and embody security.
Brief description of the drawings
Fig. 1 is example structure figure of the present utility model.
Fig. 2 is that the component signals shown in Fig. 1 inhale arm compressing and signal of the relieving mechanism to electronic jacquard machine electromagnet assembly
Inhale arm and seize the group being in relieving mechanism to electronic jacquard machine electromagnet assembly on both sides by the arms in release conditions and component traction rope hook
State diagram when part traction rope hook is limited.
Fig. 3 is the partial schematic diagram of the electronic jacquard machine electromagnet assembly shown in Fig. 1.
Embodiment
In order to be more clearly understood from technical spirit of the present utility model and beneficial effect, applicant is below with reality
The mode for applying example elaborates, but the description to embodiment is not the limitation to the utility model scheme, any foundation
The made only formal rather than substantial equivalent transformation of the utility model design is regarded as of the present utility model
Technical scheme category.
Every concept for being related to upper and lower, left and right, the directionality of front and rear or directionality is except another in the following description
Row explanation it is outer both for the location of figure being described for state, thus can not be understood as to this reality
With being particularly limited to for the technical scheme of new offer.
Fig. 1 is referred to, terrace that is being supported by supporting leg 15 and being arranged at test site in a state of use is shown
On the rectangular body of shape a testboard 1, the rectangular one left He of push pedal resigning chamber 11 is offered at the middle part of the testboard 1
One right push pedal resigning chamber 12, is that the position at the rear of left push pedal resigning chamber 11 is fixed with a left side perpendicular to testboard 1 in correspondence
Locating rod 13, and be also perpendicular to testboard 1 in the position at the rear corresponding to right push pedal resigning chamber 12 and be fixed with a right positioning
Bar 14, left and right is corresponding each other for left and right push pedal resigning chamber 11,12, left and right locating rod 13,14 mutually left and right correspondence；Show a quilt
Component supporting detent mechanism 2 is surveyed, MUT module under test supporting detent mechanism 2 is arranged on the front end of foregoing testboard 1 and corresponded to
Front between foregoing left and right push pedal resigning chamber 11,12；A simulation shedding mechanism 3 is shown, the simulation shedding mechanism 3 is set
On the front side edge of foregoing testboard 1 and corresponding to the front of foregoing MUT module under test supporting detent mechanism 2；Show lifting travel
Controlling organization 4, the lifting travel controlling organization 4 has two and is arranged on foregoing survey in the case where keeping the corresponding state in mutual left and right
The rear end of test stand 1；Show that component signals inhale arm compressing and relieving mechanism 5, the component signals inhale arm compressing to be had with relieving mechanism 5
Corresponding toward each other two and in the state of being slidably matched with the front side of foregoing lifting travel controlling organization 4 simultaneously with liter
Drop range controlling mechanism 4 is connected；Show that component traction rope hook is seized on both sides by the arms and relieving mechanism 6（Also " component traction rope hook can be claimed
Limit and relieving mechanism ", it is as follows）, the component traction rope hook seize on both sides by the arms with relieving mechanism 6 have corresponding toward each other two and
Foregoing testboard 1 is arranged under in the position for corresponding respectively to foregoing left push pedal resigning chamber 11 and right push pedal resigning chamber 12
Side.
Continue to see Fig. 1, the structure that is preferred rather than being definitely limited to of foregoing MUT module under test supporting detent mechanism 2 is as follows：Bag
Include the horizontally-arranged fulcrum bearing 21 of MUT module under test, MUT module under test afterbody limit base 22, pressure arm seat vertical columns 23, pressure arm seat 24, pressure arm 25,
Presser feet 26 and spanner button 27 are positioned, the horizontally-arranged fulcrum bearing 21 of MUT module under test is corresponding between foregoing left and right push pedal resigning chamber 11,12
The position in front fulcrum bearing fixing screws 212 and testboard 1 are passed through with the state for being parallel to the length direction of foregoing testboard 1
Fixed, the horizontally-arranged fulcrum bearing 21 of the MUT module under test is formed with a supporting seat slot 211, the width of the supporting seat slot 211 towards upper side
The width of degree and electromagnetic valve component of electronic jacquard machine 7 as shown in Figure 1 is adapted, and MUT module under test afterbody limit base 22 has a pair simultaneously
And it is each by limit base fixing screws 221 and test in the position for corresponding respectively to the front end both sides of the horizontally-arranged fulcrum bearing 21 of MUT module under test
Platform 1 is fixed, position and testboard 1 of the pressure arm seat vertical columns 23 on the right side of the rear end corresponding to the horizontally-arranged fulcrum bearing 21 of MUT module under test
It is fixed, if pressure arm seat vertical columns 23 are transferred on the left of the rear end corresponding to the horizontally-arranged fulcrum bearing 21 of tested resistor, then should
Equivalent when being considered as, pressure arm seat 24 is fixed on the top of pressure arm seat vertical columns 23, the court of pressure arm 25 by pressure arm seat fixing screws 241
It is hinged to one end of pressure arm seat 24 by pressure arm bearing pin 251 with pressure arm seat 24, and the one end of pressure arm 25 away from pressure arm seat 24 is constituted
For free end, positioning presser feet 26 is fixed on the one end of foregoing pressure arm 25 away from pressure arm seat 24 by presser feet screw rod 261 and this is fixed
Position presser feet 26 corresponds to above the rear end of foregoing supporting seat slot 211, and one end of spanner button 27 towards pressure arm seat 24 passes through spanner button
First bearing pin 271 is hinged with pressure arm 25 and is also hinged by a pair of the second bearing pins of spanner button 272 with pressure arm seat 24, and spanner button
27 one end away from pressure arm seat 24 are configured to operating side（That is free end）；It is arranged on the foregoing mould on the front side edge of foregoing testboard 1
Intend shedding mechanism 3 corresponding with the front end of the horizontally-arranged fulcrum bearing of foregoing MUT module under test 21.
Because the structure of electronic jacquard machine electromagnet assembly 7 illustrating in Fig. 1 and being already mentioned above belongs to public
Know that technology for example may refer to the Patents documents referred in the superincumbent background technology column of applicant, thus applicant is under
It is all in the explanation in face only pair to be briefly described with the utility model associated components when being related to electronic jacquard machine electromagnet assembly 7.Example
Such as when electronic jacquard machine electromagnet assembly 7 is in the supporting seat slot 211 corresponding to the horizontally-arranged fulcrum bearing 21 of foregoing MUT module under test, by
Respectively there is brood 73 in the rear end both sides of electronic jacquard machine electromagnet assembly 7（The nest 73 is by electronic jacquard machine electromagnet assembly 7
What self structure was determined）, thus the nest 73 of foregoing left locating rod 13 and right locating rod 14 respectively with left and right sides is corresponding, in
It is that the rear end of electronic jacquard machine electromagnet assembly 7 is limited by left and right locating rod 13,14, to this signal referring also to Fig. 2.Electricity
The front end of sub- jacquard electromagnet assembly 7 has pull rope 74, and the pull rope 74 is also oneself of electronic jacquard machine electromagnet assembly 7
It is that body structure is brought or imparting, a pull rope connector 741 is fixed with the end of pull rope 74, the pull rope connector
741 substantially can be understood as pull rope plug and be connected with the following simulation shedding mechanism 3 that will be described（Grafting coordinates）.
The horizontally-arranged fulcrum bearing 21 of foregoing MUT module under test is placed in aforementioned electronic jacquard electromagnet assembly 7（MUT module under test is real
It is foregoing electronic jacquard machine electromagnet assembly 7 in matter, it is as follows）After upper, by on-line testing personnel to foregoing spanner button 27
Operation, makes pressure arm 25 drive positioning presser feet 26 to move downward, by positioning presser feet 26 corresponding to electronic jacquard machine electromagnet assembly 7
Top electronic jacquard machine electromagnet assembly 7 is pushed down.The electronic jacquard machine electromagnet assembly 7 shown in Fig. 1 and Fig. 3 has
Eight units, that is to say, that have completely identical in structure eight, but be not limited to eight.According to professional general knowledge, entirely tested
Each eight tests of journey point or so.And the left side and the right side of each unit in eight units of electronic jacquard machine electromagnet assembly 7
Side respectively has a signal to inhale the component of arm 71 and one traction rope hook 72, and Fig. 2, thus the left side and right side of eight units can be referred to this
Test is both needed to, visually says and may be summarized to be Zuo Balu and You Balu, order preferably elder generation Ce Zuo eight tunnels of test, then survey the right side eight
Road.
Continue to see Fig. 1, the structure that is preferred rather than being definitely limited to of foregoing simulation shedding mechanism 3 is as follows：Carried including simulation
Heald cord bracket 31, one group of simulation lifting-cord conduit 32, one group of simulation lifting-cord 33 and one group of simulation lifting-cord extension spring 34, simulation is carried
Heald cord bracket 31 is in the position of the front end corresponding to the horizontally-arranged fulcrum bearing 21 of foregoing MUT module under test and the front side of foregoing testboard 1 along admittedly
It is fixed, one extension spring fixed seat 311, one group are fixed with by extension spring fixed seat screw 3111 in the bottom of the simulation lifting-cord bracket 31
Simulation lifting-cord conduit 32 is fixed on simulation lifting-cord bracket 31, the quantity of one group of simulation lifting-cord 33 and one group of simulation shedding
The quantity of rope conduit 32 is equal and through one group of simulation lifting-cord conduit 32, and each fixation in upper end of lifting-cord 33 is simulated in the group
There is a MUT module under test to connect connector 331, the quantity of one group of simulation lifting-cord extension spring 34 and the quantity of one group of simulation lifting-cord 33
The upper end of equal and group simulation lifting-cord extension spring 34 is fixedly connected with the lower end of one group of simulation lifting-cord 33, and one group of simulation
The lower end of lifting-cord extension spring 34 passes through extension spring fixed pin shaft 341（Also it can claim " extension spring fix bar "）With foregoing extension spring fixed seat 311
Bottom fix, extension spring fixed pin shaft 341 is fixed with extension spring fixed seat 311.
Above, because the electronic jacquard machine electromagnet assembly 7 that applicant refers to has eight units, thus foregoing one group
The quantity of simulation lifting-cord conduit 32, one group of simulation lifting-cord 33 and one group of simulation lifting-cord extension spring 34 also respectively has eight, this
It is external to need above mentioned pull rope connector 741 being connected the socket connection of connector 331 with MUT module under test into before testing.
To the pulling force identical of pull rope 74 when the pulling force of one group of simulation lifting-cord extension spring 34 is with actual use.
Continue to see Fig. 1, an electric control box 8 is also show in Fig. 1, the electric control box 8 corresponds to a left side for testboard 1
Side is set.
The structure that is preferred rather than being definitely limited to of foregoing lifting travel controlling organization 4 is as follows：Fixed including lifting motor
Seat support 41, lifting motor fixed seat 42, lifting motor 43 and lifting screw 44, the bottom that lifting motor fixes seat support 41 lead to
The rear end for crossing lifting motor fixed seat bracket screw 411 and foregoing testboard 1 is fixed, lifting motor fixed seat 42 and lifting motor
The front side of fixed seat support 41 is fixed, the lifting motor fixed seat 42 left and right sides and in each longitudinal direction in position to correspond to each other
A lifting nut contiguous block slot to make way 421 is offered, and in the front side of lifting motor fixed seat 42 by being oriented to sliding panel spiral shell
Nail 4221 is fixed with a lifting nut contiguous block and is oriented to sliding panel 422, and lifting motor 43 is the synchronous electricity with positive and negative rotating function
Machine（Also servomotor can be claimed）, and be connected with the foregoing electrical control of electric control box 8, the lifting motor 43 is with its lifting electricity
State of the arbor under is fixed on the top of lifting motor fixed seat 42, and lifting screw 44 is connected corresponding to foregoing lifting nut
Block is oriented to the rear side of sliding panel 422 and the upper end of the lifting screw 44 is connected with foregoing lifting motor axle, and lifts spiral shell
The lower end of bar 44 is configured to vertical cantilever end, but it is also possible to be rotatably supported on foregoing testboard 1, and in lifting screw
44 middle part is equipped with a lifting screw nut seat 441；Foregoing component signals inhale arm compressing and relieving mechanism 5 and foregoing liter
Drop nut contiguous block is oriented to sliding panel 422 and is slidably matched while being fixedly connected with foregoing lifting screw nut seat 441.
Continue to see Fig. 1, foregoing component signals inhale arm compressing and the preferred of relieving mechanism 5 rather than the structure being definitely limited to such as
Under：Including lifting carriage seat 51, sliding seat lifting travel gag lever post 52, sliding seat lifting travel signal picker 53, fixed seat
Position signal acquisition device 54, fixed seat motor 55, fixed seat drive screw 56, fixed seat slip guide bracket 57, component signals
Inhale arm compressing and inhale arm compressing and release sensor 59 with release sensor fixed seat 58 and component signals, lifting carriage seat 51 is in water
It is flat to set, a lifting nut contiguous block 511 is fixedly arranged in the middle of on rear side of the length direction of lifting carriage seat 51, the lifting nut connects
Connect block 511 and foregoing lifting nut contiguous block be oriented to sliding panel 422 be slidably matched while with foregoing lifting screw spiral shell
Female seat 441 is fixedly connected, and being fixed with a slip guide bracket on front side of the length direction of lifting carriage seat 51 is oriented to sliding panel 512,
Offer in the top and bottom of lifting carriage seat 51 and respectively in position to correspond to each other a fixed seat slip guide bracket resigning chamber
513（Also it can claim " fixed seat slip guide bracket resigning breach "）, lower end and the lifting carriage seat of sliding seat lifting travel gag lever post 52
51 rear side is fixed, and is provided with the upper end of the sliding seat lifting travel gag lever post 52 the descending extreme position of lifting carriage seat
Signal trigger member 521, and middle part is provided with the up limit position signal trigger member 522 of lifting carriage seat, and the lifting is slided
The dynamic descending limit position signal trigger member 521 of seat and the up limit position signal trigger member 522 of lifting carriage seat are in sliding seat
Direction on lifting travel gag lever post 52 is towards sliding seat lifting travel signal picker 53, and the sliding seat lifting travel is believed
Number collector 53 is fixed on the upper end of sliding seat lifting travel signal picker fixed plate 531, the sliding seat lifting travel signal
The lower end of collector fixed plate 531 perpendicular to the state of foregoing testboard 1 and testboard 1 to be fixed, and fixed seat position signalling is adopted
Storage 54 is fixed on signal picker seat 541, and signal picker seat 541 is corresponding to signal picker seat guide groove
54111 position is fixed on signal picker seat guide rail 5411, signal picker seat guide rail 5411 and foregoing lifting carriage
Seat 51 top fix, fixed seat motor 55 with horizontally-arranged state and lifting carriage seat 51 towards foregoing testboard 1 length
The side on the platform edge in direction is limited, and is connected with the foregoing electrical control of electric control box 8, the correspondence of fixed seat drive screw 56
The rear side of sliding panel 512 is oriented in foregoing slip guide bracket, the fixed seat drive screw 56 is towards the one of fixed seat motor 55
End and the electric seat motor axle of fixed seat motor 55 are connected, and one end away from fixed seat motor 55 turns
It is supported on dynamicly on lifting carriage seat 51, and is equipped with the middle part of the fixed seat drive screw 56 a fixed seat slip guide bracket
Attaching nut's seat 561, fixed seat slip guide bracket 57 is located at slip guide bracket and is oriented to the rear side of sliding panel 512 and corresponding to fixation
The position of seat slip guide bracket resigning chamber 513 is fixed with fixed seat slip guide bracket attaching nut seat 561, the fixed seat slip guide bracket 57
Upper and lower part lean out fixed seat slip guide bracket resigning chamber 513 and be oriented to sliding panel 512 with foregoing slip guide bracket and slide
Dynamic to coordinate, component signals inhale arm compressing and correspond to the front side that slip guide bracket is oriented to sliding panel 512 with release sensor fixed seat 58
And component signals suction arm compressing is with discharging the top of sensor fixed seat 58 by sensor fixed seat screw 581 and fixing
It is fixed on front side of the top of seat slip guide bracket 57, and component signals inhale arm and oppress same with the bottom for discharging sensor fixed seat 58 logical
Cross sensor fixed seat screw 581 and the lower front side of fixed seat slip guide bracket 57 is fixed, component signals inhale arm compressing and release
Sensor 59 be fixed on component signals inhale arm compressing with release sensor fixed seat 58, and the component signals inhale arm compressing with
Discharging sensor 59 has a sensor contact 591.
In the present embodiment, foregoing sliding seat lifting travel signal picker 53 and foregoing fixed seat position signalling
Collector 54 is to be closely located to switch but it is also possible to be travel switch, microswitch, tongue tube or even use hall sensing member
Part；Foregoing fixed seat motor 55 is the synchronous motor with positive and negative rotating function（Also servomotor can be claimed）；Foregoing group
It is pressure sensor that part signal, which inhales arm compressing with release sensor 59, and foregoing sensor contact 591 is pressure sensor contact.
Under the work of the lifting motor 43 of the structural system of foregoing lifting travel controlling organization 4, by the band of lifting motor 43
Dynamic lifting screw 44 is rotated, and lifting screw nut seat 441 is driven in the top offset of lifting screw 44 by lifting screw 44.Due to component
Signal inhales arm compressing with the lifting carriage seat 51 of the structural system of relieving mechanism 5 by its lifting nut contiguous block 511 and lifting
What bolt and nut seat 441 was fixedly connected, thus lifting nut contiguous block 511 is driven in company with lifting by lifting screw nut seat 441
Bolt and nut 441 displacements of seat, so that lifting carriage 51 also corresponding displacements of seat.Due under sliding seat lifting travel gag lever post 52
End be with lifting carriage seat 51 rear side fixes, thus lifting carriage seat 51 displacement up or down during, cunning
The dynamic also displacement up or down therewith of seat lifting travel gag lever post 52.Lifting carriage 51 displacements up or down of seat depend on foregoing
Two different working conditions of the forward or reverse of lifting motor 43.
When foregoing sliding seat lifting travel gag lever post 52 is up and go upward to foregoing lifting with foregoing lifting carriage seat 51
During the up limit position signal trigger member 522 of the sliding seat degree corresponding with sliding seat lifting travel signal picker 53, by
The sliding seat lifting travel signal picker 53 gathers signal, and signal is fed back into foregoing electric control box 8, by electric
Control cabinet 8 issues instructions to lifting motor 43, and lifting motor 43 is stopped, and the foregoing stopping of lifting carriage seat 51 is up, and works as
Foregoing sliding seat lifting travel gag lever post 52 is descending and come downwards to the lower limit by row of foregoing lifting carriage seat with lifting carriage seat 51
During the degree corresponding with sliding seat lifting travel signal picker 53 of position signalling trigger member 521, lifted and gone by the sliding seat
Journey signal picker 53 gathers signal, as hereinbefore mode, and foregoing lifting motor 43 is stopped, and lifting carriage seat 51 stops
Descending, lifting carriage seat 51 is one in eight units of aforementioned electronic jacquard electromagnet assembly 7 per descending degree once
Individual unit（What the present embodiment was enumerated has eight units）Thickness degree, surveyed after eight units, the inverted running of lifting motor 43,
Lifting carriage seat 51 is shifted up.
Worked by fixed seat motor 55, drive fixed seat drive screw 56, driven by fixed seat drive screw 56 solid
Reservation slip guide bracket attaching nut seat 561, fixed seat slip guide bracket 57 is driven by fixed seat slip guide bracket attaching nut seat 561,
Component signals are driven to inhale arm compressing and release sensor fixed seat 58 by fixed seat slip guide bracket 57, while inhaling arm by component signals
Compressing and release sensor fixed seat 58 drive component signals to inhale arm compressing and release sensor 59, fixed seat slip guide bracket 57 to
Left or displacement to the right depends on the rotation direction of fixed seat drive screw 56, and the rotation direction of the fixed seat drive screw 56 takes
Certainly in fixed seat motor 55 forward or reverse two different working conditions.When foregoing component signals inhale arm compressing
Arm compressing is inhaled with release sensor fixed seat 58 together with foregoing component signals to slide with foregoing fixed seat with release sensor 59
When dynamic guide bracket 57 is moved to the degree corresponding with foregoing fixed seat position signalling collector 54, by fixed seat position signal acquisition
Device 54 gathers signal, and signal is fed back into foregoing electric control box 8, and fixed seat is issued instructions to by electric control box 8
Motor 55, fixed seat motor 55 is stopped, and foregoing fixed seat slip guide bracket 57 stops movement.
Continue to see Fig. 1, applicant it should be noted that：Corresponding to foregoing left push pedal resigning chamber 11 position be arranged on it is foregoing
The aforementioned components pull rope hook plate of side of the testboard 1 under is seized on both sides by the arms with why not shown in FIG. 1 relieving mechanism 6 is, this
It is because its structure is the component that side of the testboard 1 under is arranged on the position corresponding to foregoing right push pedal resigning chamber 12
Pull rope hook plate seizes the structure identical with relieving mechanism 6 on both sides by the arms, and is oppositely arranged, and should correspond to right push pedal resigning chamber 12
Position be arranged on the component pull rope hook plate of side of the testboard 1 under and seize preferred rather than absolute with relieving mechanism 6 on both sides by the arms
The structure being limited to is as follows：Including push pedal motor fixed seat 61, push pedal motor 62, push pedal drive screw 63, push pedal spiral shell
Female seat 64, push pedal 65 and push pedal position signal acquisition device 66, push pedal motor fixed seat 61 allow corresponding to foregoing right push pedal
The position on the right side of position chamber 12 is fixed by support 614 with side of the screw with foregoing testboard 1 under, in push pedal driving
Motor fixing seat 61 is fixed with a push pedal nut seat sliding shoe guide plate 611, push pedal driving electricity towards the side of push pedal 65 by screw
Machine 62（Fig. 2 illustrates）With horizontally-arranged state be fixed on push pedal motor fixed seat 61 rear side and with foregoing electric control box
8 electrical controls are connected, and push pedal drive screw 63 is located in the seat chamber 612 of push pedal motor fixed seat 61, the push pedal screw rod 63
The push pedal motor axle of rear end and push pedal motor 62 be connected, and the front end of push pedal drive screw 63 rotates twelve Earthly Branches
On the anterior cavity wall for holding present chamber 612, push pedal nut seat 64 is disposed in the middle part of push pedal drive screw 63, in the push pedal nut seat 64
A push pedal nut seat sliding shoe 641 is fixed with towards the side of push pedal 65, the push pedal nut seat sliding shoe 641 and foregoing push pedal
Nut seat sliding shoe guide plate 611 is slidably matched, and push pedal 65 is corresponding with foregoing right push pedal resigning chamber 12 and leans out the right side upwards
Push pedal resigning chamber 12, a sliding shoe fixed connecting plate 651 is extended with the bottom of push pedal 65, the sliding shoe fixed connecting plate 651
Fixed with the left side of push pedal nut seat sliding shoe 641, it is solid by push pedal briquetting fixing screws 6521 on rear side of the top of push pedal 65
Surely there is a push pedal briquetting 652, push pedal position signal acquisition device 66 is arranged on the foregoing bottom of push pedal motor fixed seat 61.
When the work of push pedal motor, drive push pedal drive screw 63 to rotate by it, driven and pushed away by push pedal drive screw 63
Crab bolt seat 64, drives push pedal nut seat sliding shoe 64 to follow push pedal nut seat sliding shoe guide plate 611 and slides by push pedal nut seat 64
It is dynamic, push pedal 65 is driven by sliding shoe fixed connecting plate 651 by push pedal nut seat sliding shoe 641, by the push pedal briquetting of push pedal 65
The component traction rope hook 72 of 652 pairs of aforementioned electronic jacquard electromagnet assemblies 7, which is seized on both sides by the arms or held under the arm, to be put.The rearward displacement of push pedal 65, then it is right
Component traction rope hook 72 is seized on both sides by the arms（Also it can claim " withstanding "）, it is on the contrary then discharge, and the displacement forward or backward of push pedal 65 depend on it is foregoing
The displacement forward or backward of push pedal nut seat 64, also, the displacement forward or backward of push pedal nut seat 64 depends on push pedal drive screw
63 rotation direction, and, the transmission direction of push pedal drive screw 63 depends on two of the forward or reverse of push pedal motor 62
Different working conditions.Slided when foregoing push pedal nut seat 64 drives push pedal nut seat sliding shoe 641 to follow foregoing push pedal nut seat
When motion block guide plate 611 slides into the degree corresponding to foregoing push pedal position signal acquisition device 66, adopted by the push pedal position signalling
Storage 66 gathers signal, and foregoing push pedal motor 62 is stopped, and push pedal nut seat sliding shoe 641 stops sliding.
In the present embodiment, foregoing push pedal motor 62 is the synchronous motor with positive and negative rotating function（Also it can claim to watch
Take motor）.
Preferably, in the bottom of foregoing push pedal motor fixed seat 61 and positioned at being fixedly arranged at the front end with a signal picker
Fixed seat adjusts guide rail 613, and foregoing push pedal position signal acquisition device 66 is fixed in signal picker fixed seat 661, and is believed
Number collector fixed seat 661 is fixed in the guide groove that guide rail 613 is adjusted corresponding to signal picker fixed seat with signal picker
Seat 661 is fixed.
In the present embodiment, foregoing push pedal position signal acquisition device 66 is to be closely located to switch, but it is also possible to using row
Cheng Kaiguan, microswitch, tongue tube or hall sensing element.
Fig. 2 to Fig. 3 is referred to, Fig. 3 is the electronic jacquard machine electromagnet assembly for belonging to prior art category illustrated by Fig. 1
7 partial schematic diagram, and Fig. 2 illustrates that one of unit in electronic jacquard machine electromagnet assembly 7, also shows in fig. 2
Go out aforementioned components signal and inhale component signals suction arm compressing and release sensor 59 of the arm compressing with the structural system of relieving mechanism 5
The signal of sensor contact 591 and the signal bottom of inhaling arm 71 inhale the corresponding state of arm gib head 711 and in signal
Inhale the release conditions of arm gib head 711；Aforementioned components traction rope hook is also show in fig. 2 seizes structure with relieving mechanism 6 on both sides by the arms
The push pedal briquetting 652 of system, which is in, draws seizing on both sides by the arms for the effect of rope hook 72 to component（Also it can claim " withstanding "）State.
As shown in Figure 2, foregoing left locating rod 13 and right locating rod 14 correspond respectively to electronic jacquard machine electromagnet group
The foregoing nest 73 of part 7（Nest 73 is alternatively referred to as " circular arc chamber "）.Electronic jacquard machine electromagnet assembly 7 is also show in fig. 2
Structural system calutron 75, the calutron 75 include coil 751, electromagnet 752 and reaction spring 753, coil 751
It is arranged on coil rack 7511, electromagnet 752 is engaged with coil 751, when coil 751 is powered, electromagnet 752 produces electricity
Magnetic attraction, vice versa, and reaction spring 753 is supported on coil rack 7511 between foregoing signal suction arm 71.As shown in Figure 2
And by taking location status shown in Fig. 2 as an example, the upper end for inhaling arm 71 in signal has one to inhale pin 712, the suction pin 712 and electromagnet
752 is corresponding, is inhaled in signal and is located at the lower section for inhaling pin 712 on arm 71 and in the corresponding position structure for being reaction spring 753
Cheng Youyi reaction springs support lug 713, foregoing reaction spring 753 is supported in the reaction spring support lug 713, signal
The middle part for inhaling arm 71 is hinged by signal suction arm bearing pin 714 with substrate 77.Foregoing signal inhales arm gib head 711 and is located at signal suction arm
71 lower end and with component draw rope hook 72 top gib head 721 it is corresponding.It is electromechanical that electronic jacquard is also show in fig. 2
The electronics connection inserting groove 76 of magnet assemblies 7, it is electric with foregoing electric control box 8 in test that the electronics connects inserting groove 76
Plug inserting, the electric connector is connected by flexible connecting line with the electric circuit of electric control box 8.
Applicant combines that Fig. 1 to Fig. 3 summaries are of the present utility model to be used, and it is fixed to be supported by applicant above with regard to MUT module under test
The electronic jacquard machine electromagnet group that the description of position mechanism 2 and simulation shedding mechanism 3 is placed in the horizontally-arranged fulcrum bearing 21 of MUT module under test
Part 7 is in positioning states and in the connection status with simulating shedding mechanism 3.Before test is entered, lifting travel control
The lifting motor 43 of the structural system of mechanism 4, component signals inhale arm compressing and the fixed seat of the structural system of relieving mechanism 5 drives
Motor 55 and component traction rope hook are seized on both sides by the arms and are in "on" position with the push pedal motor 62 of the structural system of relieving mechanism 6
Under dead-center position, be specifically controlled by foregoing fixed seat position signalling collector 54.Then by tester to foregoing electricity
The operation interface of gas control cabinet 8 is operated, for example, press the button of " starting test ", is started automatic test or is entered automatic
Test mode.Followed by eight tunnels to the left side（8 tunnels）Tested, now, two component traction rope hooks seize compressing and release on both sides by the arms
The component traction rope hook positioned at the left side in mechanism 6 is seized on both sides by the arms to work with the push pedal motor 62 of relieving mechanism 6, by application
People is described above, make push pedal 65 push pedal briquetting 652 reach specified location, that is, reach by Fig. 2 illustrate to component pull rope
The traction rope hook flange 722 of the bottom of hook 72（Also traction rope hook flange 722 can be referred to as " griffing pin "）The position being in contact is simultaneously
By draw rope hook flange 722 by component traction rope hook 72 apply thrust, specifically, if using location status shown in Fig. 1 as
Example, then from push pedal 65 push pedal briquetting 652 by component draw rope hook 72 to pusher, if by taking the location status shown in Fig. 2 as an example,
Then component traction rope hook 72 is pushed up by the push pedal briquetting 652 of push pedal 65, the signal that gib head 721 inhales arm 71 with signal is inhaled arm
Gib head 711 is disengaged, and is played and is helped suction to act on.Specifically, by electromagnet 752（Coil 751 is in "on" position）Signal is inhaled into arm
71 suction pin 712 is held, and gib head 721 now is in the state being sufficiently separated with signal suction arm gib head 711, and the state is by Fig. 2
Signal.More and then, under the reverse operation of the push pedal motor 62 on the left side, foregoing push pedal 65 is made together with push pedal pressing plate
652 towards away from traction rope hook flange 722 direction be anterior displacement（By taking location status shown in Fig. 1 as an example）And fall back on specific bit
Put, now in simulation lifting-cord extension spring 34（Also it can claim " extension spring "）In the presence of by component traction rope hook 72 draw forward（With Fig. 1 institutes
Show exemplified by state, be to pull down if with the location status shown in Fig. 2）.And then then, in two lifting travel controlling organizations 4
In the left side a lifting travel controlling organization 4 work under make the left side a component signals inhale arm compressing and relieving mechanism
5 reach specified location, a component signals on the left side is inhaled arm compressing and the component signals suction arm pressure of relieving mechanism 5
The signal for compeling and discharging the signal suction arm 71 that sensor 59 corresponds to the left side inhales the position of arm gib head 711（Fig. 2 illustrates）.This
When the left side component signals inhale arm compressing and the fixed seat motor 55 of relieving mechanism 5 works, it is described above by applicant
Until spreading to sensor contact 591（Support and）The signal that one signal on the left side inhales arm 71 inhales arm gib head 711, signal is inhaled arm
71 suction pin 712 is separated with electromagnet 752, and the power now obtained is maximum suction and component signals are inhaled arm compressing and passed with release
The maximum suction signal is fed back to electric control box 8 by sensor 59, by the screen display electromagnetism of the operation interface of electric control box 8
The maximum suction value of iron 752.Again and then then, sensor contact is made under the reverse operation of the fixed seat motor 55 on the left side
591, which recess signal, inhales arm gib head 711, thereby completes first in eight tunnels to the left side of electronic jacquard machine electromagnet assembly 7
The test on road, due to the left side the second road to the 8th tunnel and the right the first via to the 8th tunnel test mode and foregoing test
Mode duplicates, thus applicant repeats no more.It should be noted that：Often complete the foregoing lifting travel control machine of test all the way
The lifting motor 43 of structure 4 works once, component signals is inhaled arm and oppresses descending equivalent to one piece with relieving mechanism 5（Also one can be claimed
Piece）The thickness degree of electronic jacquard machine electromagnet assembly 7.
In summary, the technical scheme that the utility model is provided compensate for the shortcoming in prior art, favorably accomplish
Invention task, has faithfully cashed the technique effect referred in the superincumbent technique effect column of applicant.
Claims (10)
1. a kind of electronic jacquard machine electromagnet assembly test device, it is characterised in that including a testboard (1), in the testboard
(1) a left push pedal resigning chamber (11) and a right push pedal resigning chamber (12) are offered in the middle part of, is left push pedal resigning chamber in correspondence
(11) position at rear is fixed with a left locating rod (13) perpendicular to testboard (1), and corresponding to right push pedal resigning chamber
(12) position at rear is also perpendicular to testboard (1) and is fixed with a right locating rod (14), left and right push pedal resigning chamber (11,
12) correspond to each other, left and right locating rod (13,14) mutually correspondence；One MUT module under test supporting detent mechanism (2), the MUT module under test branch
Hold detent mechanism (2) be arranged on the testboard (1) front end and corresponding to the left and right push pedal resigning chamber (11,12) it
Between front；One simulation shedding mechanism (3), the simulation shedding mechanism (3) is arranged on the front side edge of the testboard (1) and right
The front of MUT module under test supporting detent mechanism (2) described in Ying Yu；Lifting travel controlling organization (4), the lifting travel controlling organization
(4) there are two and the rear end of the testboard (1) is arranged in the case where keeping the corresponding state in mutual left and right；Component signals inhale arm
Compressing with relieving mechanism (5), the component signals inhale arm compressing with relieving mechanism (5) have corresponding toward each other two and with
It is driven and connects with lifting travel controlling organization (4) simultaneously in the state of being slidably matched on front side of the lifting travel controlling organization (4)
Connect；Component traction rope hook is seized on both sides by the arms and relieving mechanism (6), and component traction rope hook is seized on both sides by the arms has right toward each other with relieving mechanism (6)
Answer two and it is arranged in the position for corresponding respectively to the left push pedal resigning chamber (11) and right push pedal resigning chamber (12)
Side of the testboard (1) under.
2. electronic jacquard machine electromagnet assembly test device according to claim 1, it is characterised in that described tested group
It is fixed that part supporting detent mechanism (2) includes the horizontally-arranged fulcrum bearing of MUT module under test (21), MUT module under test afterbody limit base (22), pressure arm seat
Column (23), pressure arm seat (24), pressure arm (25), positioning presser feet (26) and spanner button (27), the horizontally-arranged fulcrum bearing of MUT module under test (21)
In the position corresponding to the front between the left and right push pedal resigning chamber (11,12) to be parallel to the length of the testboard (1)
The state in direction is fixed with testboard (1), and the horizontally-arranged fulcrum bearing of the MUT module under test (21) is formed with a fulcrum bearing towards upper side
Groove (211), MUT module under test afterbody limit base (22) has a pair and is corresponding respectively to the horizontally-arranged fulcrum bearing of MUT module under test (21)
The position of front end both sides is fixed with testboard (1), and pressure arm seat vertical columns (23) are corresponding to the horizontally-arranged fulcrum bearing of MUT module under test
(21) position on the left of rear end or right side is fixed with testboard (1), and pressure arm seat (24) is fixed on pressure arm seat vertical columns (23)
Top, one end and the pressure arm seat (24) of pressure arm (25) towards pressure arm seat (24) are hinged, and pressure arm (25) is away from pressure arm (24)
One end be configured to free end, positioning presser feet (26) is fixed on the one end of the pressure arm (25) away from pressure arm seat (24) and this is fixed
Position presser feet (26) correspond to it is described supporting seat slot (211) rear end above, spanner button (27) towards pressure arm seat (24) one end with
Pressure arm (25) is hinged and is also hinged with pressure arm seat (24), and the one end of spanner button (27) away from pressure arm seat (24) is configured to operation
End；It is arranged on the simulation shedding mechanism (3) and the horizontally-arranged fulcrum bearing of the MUT module under test on the front side edge of the testboard (1)
(21) front end is corresponding.
3. electronic jacquard machine electromagnet assembly test device according to claim 2, it is characterised in that described simulation is carried
Comprehensive mechanism (3) includes simulation lifting-cord bracket (31), one group of simulation lifting-cord conduit (32), one group of simulation lifting-cord (33) and one
Group simulation lifting-cord extension spring (34), simulation lifting-cord bracket (31) is before corresponding to the horizontally-arranged fulcrum bearing of the MUT module under test (21)
The position at end and the front side of the testboard (1) are fixed with an extension spring along fixation in the bottom of the simulation lifting-cord bracket (31)
Fixed seat (311), one group of simulation lifting-cord conduit (32) is fixed on simulation lifting-cord bracket (31), one group of simulation lifting-cord
(33) quantity is equal with the quantity of one group of simulation lifting-cord conduit (32) and passes through one group of simulation lifting-cord conduit (32),
The upper end of group simulation lifting-cord (33) is respectively fixed with MUT module under test connection connector (331), one group of simulation lifting-cord extension spring
(34) quantity is equal with the quantity of one group of simulation lifting-cord (33) and the upper end and one of group simulation lifting-cord extension spring (34)
The lower end of group simulation lifting-cord (33) is fixedly connected, and the lower end of one group of simulation lifting-cord extension spring (34) and the extension spring fixed seat
(311) bottom is fixed.
4. electronic jacquard machine electromagnet assembly test device according to claim 1, it is characterised in that described lifting row
Process control mechanism (4) includes lifting motor and fixes seat support (41), lifting motor fixed seat (42), lifting motor (43) and lifting
Screw rod (44), lifting motor is fixed seat support (41) and fixed with the rear end of the testboard (1), lifting motor fixed seat (42) and
Lifting motor fix seat support (41) front side fix, the lifting motor fixed seat (42) left and right sides and corresponding to each other
Each longitudinal direction in position offer a lifting nut contiguous block slot to make way (421), and in the front side of lifting motor fixed seat (42)
It is fixed with a lifting nut contiguous block and is oriented to sliding panel (422), lifting motor (43) is the synchronous motor with positive and negative rotating function,
The lifting motor (43) is fixed on the top of lifting motor fixed seat (42) with its state of lifting motor axle under, lifts spiral shell
Bar (44) correspond to the lifting nut contiguous block be oriented to sliding panel (422) rear side and the upper end of the lifting screw (44) with
The lifting motor axle drive connection, and the lower end of lifting screw (44) is configured to vertical cantilever end or is rotatably supported at institute
On the testboard (1) stated, and it is equipped with the middle part of lifting screw (44) a lifting screw nut seat (441)；Described group
Part signal inhale arm compressing and relieving mechanism (5) and described lifting nut contiguous block be oriented to sliding panel (422) be slidably matched and
It is fixedly connected simultaneously with described lifting screw nut seat (441).
5. electronic jacquard machine electromagnet assembly test device according to claim 4, it is characterised in that described component letter
Number inhale arm compressing with relieving mechanism (5) include lifting carriage seat (51), sliding seat lifting travel gag lever post (52), sliding seat lift
Stroke signal collector (53), fixed seat position signalling collector (54), fixed seat motor (55), fixed seat drive screw
(56), fixed seat slip guide bracket (57), component signals inhale arm compressing and inhale arm with release sensor fixed seat (58) and component signals
Compressing and release sensor (59), lifting carriage seat (51) is in horizontally disposed, the rear side of the length direction of lifting carriage seat (51)
A lifting nut contiguous block (511) is fixedly arranged in the middle of, the lifting nut contiguous block (511) is led with described lifting nut contiguous block
It is slidably matched to sliding panel (422) while being fixedly connected with described lifting screw nut seat (441), in lifting carriage seat
(51) be fixed with front side of length direction a slip guide bracket be oriented to sliding panel (512), lifting carriage seat (51) top and
Bottom and a fixed seat slip guide bracket resigning chamber (513) is respectively offered in position to correspond to each other, sliding seat lifting travel limit
The lower end of position bar (52) and the rear side of lifting carriage seat (51) are fixed, and in the upper of the sliding seat lifting travel gag lever post (52)
End is provided with the descending limit position signal trigger member (521) of lifting carriage seat, and to be provided with lifting carriage seat up at middle part
Limit position signal trigger member (522), and the descending limit position signal trigger member (521) of lifting carriage seat and lifting cunning
Dynamic direction of the up limit position signal trigger member (522) of seat on sliding seat lifting travel gag lever post (52) is towards sliding seat
Lifting travel signal picker (53), and the sliding seat lifting travel signal picker (53) is fixed on sliding seat lifting travel letter
The upper end of number collector fixed plate (531), the lower end of the sliding seat lifting travel signal picker fixed plate (531) with perpendicular to
The state of the testboard (1) is fixed with testboard (1), when the sliding seat lifting travel gag lever post (52) slides with the lifting
Dynamic seat (51) is up and goes upward to the up limit position signal trigger member (522) of the lifting carriage seat and sliding seat lifting row
During the corresponding degree of journey signal picker (53), signal is gathered by the sliding seat lifting travel signal picker (53), it is described
Lifting motor (43) is stopped, and lifting carriage seat (51) stopping is up, and when the sliding seat lifting travel gag lever post
(52) with lifting carriage seat (51) it is descending and come downwards to the descending limit position signal trigger member (521) of lifting carriage seat with
During the corresponding degree of sliding seat lifting travel signal picker (53), adopted by the sliding seat lifting travel signal picker (53)
Collect signal, the lifting motor (43) is stopped, the lifting carriage seat (51) stops descending, fixed seat position signal acquisition
Device (54) is fixed on signal picker seat (541), and signal picker seat (541) is corresponding to signal picker seat guide rail
The position of groove (54111) is fixed on signal picker seat guide rail (5411), signal picker seat guide rail (5411) with it is described
The top of lifting carriage seat (51) is fixed, and fixed seat motor (55) is with horizontally-arranged state and lifting carriage seat (51) described in
The side on the platform edge of the length direction of testboard (1) is limited, and fixed seat drive screw (56) is oriented to corresponding to the slip guide bracket
The rear side of sliding panel (512), the fixed seat drive screw (56) is driven towards one end of fixed seat motor (55) and fixed seat
Dynamic motor (55) drive connection, and one end away from fixed seat motor (55) is rotatably supported at lifting carriage seat (51)
On, and fixed seat slip guide bracket attaching nut seat (561) is equipped in the middle part of the fixed seat drive screw (56), it is fixed
Seat slip guide bracket (57) is located at slip guide bracket and is oriented to the rear side of sliding panel (512) and is stepped down corresponding to fixed seat slip guide bracket
The position of chamber (513) is fixed with fixed seat slip guide bracket attaching nut seat (561), the top of the fixed seat slip guide bracket (57) and
Bottom, which leans out fixed seat slip guide bracket resigning chamber (513) and is oriented to sliding panel (512) with described slip guide bracket and slides, matches somebody with somebody
Close, component signals inhale arm compressing and correspond to the front side that slip guide bracket is oriented to sliding panel (512) with release sensor fixed seat (58)
And the component signals inhale arm compressing and the top of release sensor fixed seat (58) and the top of fixed seat slip guide bracket (57)
Front side is fixed, and component signals inhale bottom and fixed seat slip guide bracket (57) of the arm compressing with release sensor fixed seat (58)
Lower front side is fixed, and component signals inhale arm compressing and are fixed on component signals suction arm compressing and release sensing with discharging sensor (59)
In device fixed seat (58), and component signals suction arm compressing has a sensor contact (591) with release sensor (59), when
Described component signals inhale arm compressing and inhale arm compressing and release together with described component signals with release sensor fixed seat (58)
Sensor (59) is moved to relative with the fixed seat position signalling collector (54) with described fixed seat slip guide bracket (57)
During the degree answered, signal is gathered by fixed seat position signalling collector (54), described fixed seat motor (55) stops work
Make, described fixed seat slip guide bracket (57) stops movement.
6. electronic jacquard machine electromagnet assembly test device according to claim 5, it is characterised in that described sliding seat
Lifting travel signal picker (53) and described fixed seat position signalling collector (54) be travel switch, microswitch,
It is closely located to switch, tongue tube or hall sensing element；Described fixed seat motor (55) is with positive and negative rotating function
Synchronous motor；It is pressure sensor, described sensor contact that described component signals, which inhale arm compressing with release sensor (59),
(591) it is pressure sensor contact.
7. electronic jacquard machine electromagnet assembly test device according to claim 1, it is characterised in that corresponding to the left side
The position of push pedal resigning chamber (11) be arranged on side of the testboard (1) under the component pull rope hook plate seize on both sides by the arms with
The structure of relieving mechanism (6) is to be arranged on testboard (1) under with the position corresponding to the right push pedal resigning chamber (12)
The component pull rope hook plate of side seizes the structure identical with relieving mechanism (6) on both sides by the arms, should be corresponding to right push pedal resigning chamber (12)
Position be arranged on side of the testboard (1) under component pull rope hook plate seize on both sides by the arms with relieving mechanism (6) include push pedal driving
Motor fixing seat (61), push pedal motor (62), push pedal drive screw (63), push pedal nut seat (64), push pedal (65) and push away
Board position signal picker (66), push pedal motor fixed seat (61) is on the right side corresponding to the right push pedal resigning chamber (12)
Side of the position with the testboard (1) under fix, in the push pedal motor fixed seat (61) towards push pedal (65)
Side is fixed with a push pedal nut seat sliding shoe guide plate (611), and push pedal motor (62) is fixed on push pedal with horizontally-arranged state and driven
The rear side of dynamic motor fixing seat (61), push pedal drive screw (63) is located at the seat chamber (612) of push pedal motor fixed seat (61)
Interior, the rear end of the push pedal screw rod (63) is connected with the push pedal motor axle of push pedal motor (62), and push pedal drives
The front end of screw rod (63) is rotatably supported on the anterior cavity wall of a chamber (612), and push pedal nut seat (64) is disposed in push pedal driving spiral shell
The middle part of bar (63), a push pedal nut seat sliding shoe is fixed with the push pedal nut seat (64) towards the side of push pedal (65)
(641), the push pedal nut seat sliding shoe (641) is slidably matched with described push pedal nut seat sliding shoe guide plate (611), push pedal
(65) it is corresponding with described right push pedal resigning chamber (12) and lean out right push pedal resigning chamber (12) upwards, under push pedal (65)
Portion is extended with a sliding shoe fixed connecting plate (651), the sliding shoe fixed connecting plate (651) and push pedal nut seat sliding shoe
(641) left side is fixed, and a push pedal pressure is fixed with by push pedal briquetting fixing screws (6521) on rear side of the top of push pedal (65)
Block (652), push pedal position signal acquisition device (66) is arranged on push pedal motor fixed seat (61) bottom, when the push pedal
Nut seat (64) drives push pedal nut seat sliding shoe (641) to follow the push pedal nut seat sliding shoe guide plate (611) and slided into pair
During the degree of the push pedal position signal acquisition device (66) described in Ying Yu, signal is gathered by the push pedal position signal acquisition device (66),
Described push pedal motor (62) is stopped, and push pedal nut seat sliding shoe (641) stops sliding.
8. electronic jacquard machine electromagnet assembly test device according to claim 7, it is characterised in that described push pedal is driven
Dynamic motor (62) is the synchronous motor with positive and negative rotating function.
9. electronic jacquard machine electromagnet assembly test device according to claim 7, it is characterised in that driven in the push pedal
Move the bottom of motor fixing seat (61) and positioned at signal picker fixed seat regulation guide rail (613) is fixedly arranged at the front end with, it is described
Push pedal position signal acquisition device (66) be fixed in signal picker fixed seat (661), and signal picker fixed seat (661)
It is fixed in the guide groove and signal picker fixed seat (661) that guide rail (613) is adjusted corresponding to signal picker fixed seat.
10. the electronic jacquard machine electromagnet assembly test device according to claim 7 or 9, it is characterised in that described pushes away
Board position signal picker (66) is travel switch, microswitch, is closely located to switch, tongue tube or hall sensing element.
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| CN201720118982.3U CN206420857U (en) | 2017-02-09 | 2017-02-09 | Electronic jacquard machine electromagnet assembly test device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106596869A (en) * | 2017-02-09 | 2017-04-26 | 常熟纺织机械厂有限公司 | Electronic jacquard electromagnet assembly testing device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106596869A (en) * | 2017-02-09 | 2017-04-26 | 常熟纺织机械厂有限公司 | Electronic jacquard electromagnet assembly testing device |
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| GR01 | Patent grant | ||
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Address after: No. 381 Tonggang Road, Meili Town, Changshu City, Suzhou City, Jiangsu Province, China Patentee after: CHANGSHU TEXTILE MACHINERY WORKS Co.,Ltd. Country or region after: China Address before: 215511 No.188 Tonggang Road, Changshu City, Suzhou City, Jiangsu Province (Meili) Patentee before: CHANGSHU TEXTILE MACHINERY WORKS Co.,Ltd. Country or region before: China |