CN109884513A - A kind of FCT test equipment - Google Patents
A kind of FCT test equipment Download PDFInfo
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- CN109884513A CN109884513A CN201910311678.4A CN201910311678A CN109884513A CN 109884513 A CN109884513 A CN 109884513A CN 201910311678 A CN201910311678 A CN 201910311678A CN 109884513 A CN109884513 A CN 109884513A
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- 238000012360 testing method Methods 0.000 title claims abstract description 142
- 239000000872 buffer Substances 0.000 claims description 24
- 230000033001 locomotion Effects 0.000 claims description 17
- 230000001360 synchronised effect Effects 0.000 claims description 9
- 230000006698 induction Effects 0.000 claims description 8
- 239000000969 carrier Substances 0.000 claims description 6
- 239000007787 solid Substances 0.000 claims description 2
- 238000001514 detection method Methods 0.000 abstract description 6
- 238000004519 manufacturing process Methods 0.000 description 6
- 238000002955 isolation Methods 0.000 description 4
- 238000002372 labelling Methods 0.000 description 3
- 239000000463 material Substances 0.000 description 2
- 238000000034 method Methods 0.000 description 2
- 230000007115 recruitment Effects 0.000 description 2
- 230000007812 deficiency Effects 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
- 238000011990 functional testing Methods 0.000 description 1
- 238000007689 inspection Methods 0.000 description 1
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Abstract
The invention discloses a kind of FCT test equipments comprising: rack, mechanism for testing, feeding pendulum disk mechanism and the marking mechanism with identification mould group；The preceding upper of rack is arranged in mechanism for testing, mechanism for testing is respectively arranged on the left side and the right side a station, the rear upper of rack is arranged in feeding pendulum disk mechanism, the front end of feeding pendulum disk mechanism is located at the rear end upper space of mechanism for testing, the interval sky of feeding pendulum disk mechanism and mechanism for testing, which intersects, product mark station, the front end upper space that marking mechanism is arranged in the back side top of mechanism for testing, is across feeding pendulum disk mechanism.Product F CT test may be implemented in the present invention, while to product automatic marking, the recognition detection of test ok, and realizes the automatic balance rewinding of product.
Description
Technical field
The present invention relates to the manufacturing equipment fields of printed circuit board, particularly relate to a kind of FCT test equipment.
Background technique
There is some models product to need to carry out functional test in the technological process of production of flexible circuit board, i.e. FCT test is special
It is not that FCT test is carried out for the FPC product demand with components such as key, sensor, LED light, product F CT test is former
There is test mode that FCT jig is mainly used to test, the mode of manual operation jig, NG product or the no product of test will be tested by existing
It misplaces into the risk for causing NG product to flow out to client in OK product, therefore fool proof missing inspection mark need to be done for the product for having tested OK
Knowledge movement, it is original using craft+jig test mode on the basis of, such as along with the movement of manual identification product, testing efficiency
It is lower than original mode, more consumption disabled person's power, and the risk that NG product flow out to client cannot be prevented completely, therefore, it is necessary to
A kind of FCT test equipment is developed, instead of manual operations, to prevent the risk for causing NG product to flow out because of artificial problem.
In view of this, the designer designs upper and operation not for original structure using jig test mode hand-manipulated
Just upper etc. not attain many missings caused by improving and inconvenient deeply design, and actively research improvement has a fling at and develops design
It is of the invention out.
Summary of the invention
A kind of achievable product F CT test is provided it is an object of the invention to overcome the deficiencies in the prior art, while right
Test the product passed through the voluntarily FCT test equipment of mark and balance.
In order to achieve the above objectives, solution of the invention is:
A kind of FCT test equipment, including rack, mechanism for testing, feeding pendulum disk mechanism and with identification mould group marking machine
Structure；The preceding upper of rack is arranged in mechanism for testing, and mechanism for testing is respectively arranged on the left side and the right side a station, feeding circulating plate machine
The rear upper of rack is arranged in structure, and the front end of feeding pendulum disk mechanism is located at the rear end upper space of mechanism for testing, feeding pendulum
The interval of disc mechanism and mechanism for testing is empty, which to intersect, product mark station, marking mechanism be arranged in mechanism for testing back side top,
It is across the front end upper space of feeding pendulum disk mechanism.
Further, mechanism for testing includes test box, four linear guides, two straight line mould groups, two mobile microscope carriers, test
The left and right sides above test box is arranged in frame, lower air cylinder and jig mounting plate, described two stations, and two stations are longitudinally each
It is provided with one group of parallel linear guide, two straight line Mo Zu are disposed longitudinally on test box respectively, positioned at parallel straight of each group
Between line guide rail, two mobile microscope carriers are respectively erected in above the guide rail slide block of the parallel linear guide of each group, mobile microscope carrier
Lower section is fixedly connected with the mould group sliding block of each straight line mould group respectively, and straight line mould group drives mobile microscope carrier before and after linear guide direction
Mobile, the top of each mobile microscope carrier is fixedly mounted test time jig respectively, testing jig be erected at test box top intermediate region,
It is across the top of two groups of linear guides, two lower air cylinders are separately positioned on testing jig and two mobile microscope carrier corresponding positions
Below upper frame, two jig mounting plates are separately positioned below the movable block of each lower air cylinder, the lower section of two jig mounting plates
It is fixedly mounted respectively and tests upper jig, two lower air cylinders drive the upper jig of test to move up and down in vertical direction respectively.
Further, the mechanism for testing further includes having induction module, and induction module includes four inductors and two inductions
Piece, four inductors are separately positioned on each station and wherein the outside of straight line guide rail and are located at mobile microscope carrier and move forward and backward both ends
Position, two sensing chips are separately positioned on the lower section of each mobile microscope carrier side corresponding with inductor, two sensing chips respectively can before
After be active in corresponding inductor.
Further, the mechanism for testing further include there are four buffer, four buffers be separately positioned on two stations its
The outside of middle straight line guide rail and it is located at mobile microscope carrier and moves forward and backward end positions.
Further, the feeding pendulum disk mechanism includes mechanism rack, plate-pedestal, slide unit bracket, planer-type synchronization mould group cunning
The rear upper of rack is arranged in platform and feeding balance manipulator, mechanism rack, and the centre of mechanism rack is arranged in plate-pedestal
Above bracket, placement tray in plate-pedestal, slide unit bracket is arranged in above the quadrangle of mechanism rack, the synchronous mould group slide unit of planer-type
The top of slide unit bracket is set, and the synchronous mould group slide unit of planer-type includes X-axis mould group and two Y-axis mould groups, and two Y-axis mould groups are flat
Row is arranged in above the slide unit bracket of the left and right sides, and X-axis mould group is laterally erected above the mould group sliding block of two Y-axis mould groups, and two
Y-axis mould group drives X-axis mould group to move forward and backward, and feeding balance manipulator is arranged on the mould group sliding block leading flank of X-axis mould group, X
Axle mould group drives the manipulator side-to-side movement of feeding balance.
Further, feeding balance machinery hand includes Y-axis mould group, fixed plate and component suction nozzle, the Y-axis of feeding balance manipulator
Mould group is arranged on the mould group sliding block leading flank of X-axis mould group, and fixed plate is arranged on the mould group sliding block leading flank of Y-axis mould group, inhales
Nozzle assembly is arranged on the leading flank of fixed plate, and the Y-axis mould group of feeding balance manipulator drives component suction nozzle vertical up-or-down movement；
The component suction nozzle includes suction nozzle bracket and suction nozzle, and suction nozzle bracket is arranged on the leading flank of fixed plate, one or more suctions
The lower section of suction nozzle bracket is arranged in mouth.
Further, the marking mechanism includes X-axis mould group, fixed plate, cylinder, mark component and recognizer component, fixed plate
It is arranged on the mould group sliding block leading flank of X-axis mould group, cylinder is arranged on the leading flank of fixed plate, and mark component is arranged in cylinder
On the left side of movable block, cylinder drives the vertical up-or-down movement of mark component, and recognizer component is arranged on the leading flank of fixed plate
And it is located at the left side of mark component.
Further, the mark component includes air cylinder fixed plate and mark buffer module, and air cylinder fixed plate is arranged in cylinder
On the left side of movable block, mark buffer module is arranged in below the side of air cylinder fixed plate, and mark buffer module includes fixing
Block, spring, penholder and mark pen, fixed block are arranged in below the side of air cylinder fixed plate, and the upper bracket of penholder is fixed on fixation
Above block, the side stand of penholder is movable in the upper bracket for being fastened in air cylinder fixed plate and penholder, the side stand end of penholder
It is fixed on the lower bracket of penholder, the side stand of penholder, which is located between the lower section of air cylinder fixed plate and the lower bracket of penholder, to be equipped with
Spring, mark pen, which extends vertically through, to be arranged on penholder upper and lower bracket, and the lower end of mark pen, which is run through, to be fastened on the lower bracket of penholder,
The upper bracket being nested in penholder is run through in the upper end of mark pen.
Further, mark component further includes lock cylinder and the pen cap, and a lock cylinder is arranged on the side of air cylinder fixed plate
Side and the top for being located at mark buffer module, pen be set on test box and two stations being located at below marking mechanism it
Between.
Further, the recognizer component includes first support, second support and color mark sensor, and first support setting is solid
Above the side of fixed board, second support is height-adjustable to be arranged in below the side of first support, and color mark sensor vertically passes through
The setting worn is on the secondary support bracket.
After adopting the above scheme, a kind of mechanism for testing of FCT test equipment of the present invention is worked alternatively using two stations, manually
After completing a work station product feeding, the product feeding of another station can be carried out, the artificial waiting time is reduced, in a station
During feeding, another station is working, original manual operation jig mode production efficiency about 200pcs/H, using the present invention one
After kind FCT test equipment, production efficiency about 400pcs/H, 1 times of improving productivity or so；Using 40 couples of test OK of marking mechanism
Product execute automatically mark mark, recognizer component to product labelling carry out recognition detection, when product is unmarked or label be not inconsistent
Alarm prompt prevents the non-mark of product or label bad, artificial to take out NG product and placement is isolated for the product of test NG,
It not will do it subsequent mark balance movement, prevent human factor from test NG product being caused to misplace in OK product and flow out to client；
It carries out drawing product using feeding pendulum disk mechanism and put in pallet, realize the automatic balance rewinding of equipment, prevent artificial feeding
Fault damage product when balance；Mechanism for testing is current mechanism, and when replacing product item number, replacement is tested under upper jig, test and controlled
Tool and pallet, it is easy to operate.Product F CT test may be implemented in a kind of FCT test equipment of the present invention, while to test ok
Product automatic marking, recognition detection, and realize the automatic balance rewinding of product.The present invention can also on product material position increase it is mating
Feeding and isolation NG product manipulator, instead of manual feeding and isolation NG product movement, one man operation more can be further realized
Equipment reduces operator quantity, reduces recruitment cost.
Detailed description of the invention
Fig. 1 is the front perspective view of FCT test equipment of the present invention；
Fig. 2 is the rear perspective view of FCT test equipment of the present invention (microscope carrier moves on to mark station)；
Fig. 3 is the top view of FCT test equipment of the present invention；
Fig. 4 is the front view of FCT test equipment of the present invention；
Fig. 5 is the left side view of FCT test equipment of the present invention；
Fig. 6 is the perspective view of mechanism for testing of the present invention；
Fig. 7 is the perspective view of feeding pendulum disk mechanism of the present invention；
Fig. 8 is the perspective view of marking mechanism of the present invention；
Fig. 9 is the perspective view of marking mechanism of the present invention (removing recognizer component)；
Figure 10 is the sectional perspective enlarged drawing of marking mechanism in present device (removing recognizer component).
Specific embodiment
In order to further explain the technical solution of the present invention, being explained in detail below by specific embodiment the present invention
It states.
In the description of the present invention, it is to be understood that, term " center ", " longitudinal direction ", " transverse direction ", "upper", "lower",
The indicating positions such as "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outside" or positional relationship are base
In orientation or positional relationship shown in the drawings, it is merely for convenience of description of the present invention and simplification of the description, rather than indication or suggestion
Signified device or element must have a particular orientation, be constructed and operated in a specific orientation, therefore should not be understood as to this
The limitation of invention.In the description of the present invention, unless otherwise indicated, the meaning of " plurality " is two or more.
As shown in Fig. 1 to Fig. 5, the present invention is a kind of FCT test equipment, including rack 10, mechanism for testing 20, feeding balance
Mechanism 30 and marking mechanism 40；The preceding upper of rack 10 is arranged in mechanism for testing 20, and feeding pendulum disk mechanism 30 is arranged in machine
The rear upper of frame 10, the front end of feeding pendulum disk mechanism 30 are located at the rear end upper space of mechanism for testing 20, feeding circulating plate machine
The interval sky of structure 30 and mechanism for testing 20, which intersects, product mark station, and marking mechanism 40 is arranged on the rear side of mechanism for testing 20
Side, the front end upper space for being across feeding pendulum disk mechanism 30.
As shown in fig. 6, mechanism for testing 20 includes test box 21, linear guide 22, straight line mould group 23, mobile microscope carrier 24, surveys
Try frame 25, lower air cylinder and jig mounting plate, the station of left and right two above test box 21 be longitudinally each provided with one group it is parallel
Linear guide 22, two straight line mould groups 23 are disposed longitudinally on test box 21, respectively positioned at the parallel linear guide 22 of each group
Between, straight line mould group 23 can choose synchronous mould group, screw rod mould group or rodless cylinder.Two mobile microscope carriers 24 are respectively erected in
Above the guide rail slide block of the parallel linear guide 22 of each group, the lower section of mobile microscope carrier 24 is sliding with the mould group of each straight line mould group 23 respectively
Block is fixedly connected, and straight line mould group 23 drives mobile microscope carrier 24 to be moved forward and backward along 22 direction of linear guide, each mobile microscope carrier 24 it is upper
The lower jig 4 of test can be fixedly mounted in side respectively, and testing jig 25 is erected at the top intermediate region of test box 21, is across two groups
The top of linear guide 22, two lower air cylinder (not shown)s are separately positioned on testing jig 25 and two mobile microscope carriers 24 are right
Below the upper frame for answering position, two jig mounting plate (not shown)s are separately positioned below the movable block of each lower air cylinder,
The upper jig 3 of test can be fixedly mounted in the lower section of two jig mounting plates respectively, and two lower air cylinders drive control in test respectively
Tool 3 moves up and down in vertical direction.
Mechanism for testing 20 further includes having induction module 26, and induction module 26 includes four inductors 261 and two sensing chips
262, four inductors 261 be separately positioned on each station wherein the outside of straight line guide rail 22, be located at mobile 24 front and back of microscope carrier
The position that movement both ends need to limit, two sensing chips 262 are separately positioned on each mobile microscope carrier 24 side corresponding with inductor 261
Lower section, two sensing chips 262 respectively can fore-aft travel in corresponding inductor 261.
Mechanism for testing 20 further include there are four buffer 27, four buffers 27 be separately positioned on each station wherein one it is straight
The outside of line guide rail 22 moves forward and backward the position that both ends need to buffer positioned at mobile microscope carrier 24, when the bottom plate outer of mobile microscope carrier 24
After contacting with buffer 27, buffer 27 can be until buffer function.
Mechanism for testing 20 further includes there are two display 28, and two displays 28 are separately positioned on the leading flank of test box 21
The right and left, respectively show two stations product test result.
Mechanism for testing 20 further includes having control cabinet 29, and the top of testing jig 25 is arranged in control cabinet 29, electrical for equipment
Control.
As shown in fig. 7, feeding pendulum disk mechanism 30 is synchronous including mechanism rack 31, plate-pedestal 32, slide unit bracket 33, planer-type
The rear upper of rack 10 is arranged in mould group slide unit 34 and feeding balance manipulator 35, mechanism rack 31, and plate-pedestal 32 is arranged
Above the intermediate support of mechanism rack 31, it can be arranged with placement tray 5, slide unit bracket 33 in mechanism rack 31 in plate-pedestal 32
Quadrangle above, the top of slide unit bracket 33 is arranged in the synchronous mould group slide unit 34 of planer-type, and the synchronous mould group slide unit 34 of planer-type wraps
X-axis mould group 341 and two Y-axis mould groups 342 are included, two Y-axis mould groups 342 are arranged in parallel on the slide unit bracket 33 of the left and right sides
Side, X-axis mould group 341 are laterally erected above the mould group sliding block of two Y-axis mould groups 342, and two Y-axis mould groups 342 drive X-axis mould group
341 move forward and backward, and feeding balance manipulator 35 is arranged on the mould group sliding block leading flank of X-axis mould group 341, and X-axis mould group 341 drives
35 side-to-side movement of feeding balance manipulator.
Feeding balance manipulator 35 includes Y-axis mould group 351, fixed plate 352 and component suction nozzle 353, and Y-axis mould group 351 is arranged
On the mould group sliding block leading flank of X-axis mould group 341, fixed plate 352 is arranged on the mould group sliding block leading flank of Y-axis mould group 351, inhales
Nozzle assembly 353 is arranged on the leading flank of fixed plate 352, and Y-axis mould group 351 drives 353 vertical up-or-down movement of component suction nozzle.
Component suction nozzle 353 includes suction nozzle bracket 3531 and suction nozzle 3532, before fixed plate 352 is arranged in suction nozzle bracket 3531
On side, the lower section of suction nozzle bracket 3531 is arranged in one or more suction nozzles 3532.
As shown in figure 8, marking mechanism 40, including X-axis mould group 41, fixed plate 42, cylinder 43, mark component 44 and identification group
Part 45, fixed plate 42 are arranged on the mould group sliding block leading flank of X-axis mould group 41, and the leading flank of fixed plate 42 is arranged in cylinder 43
On, mark component 44 is arranged on the left side of 43 movable block of cylinder, and cylinder 43 drives 44 vertical up-or-down movement of mark component, knows
Other component 45 is arranged on the leading flank of fixed plate 42, positioned at the left side of mark component 44.
As shown in figure 9, mark component 44 includes air cylinder fixed plate 441 and mark buffer module 442, air cylinder fixed plate 441
It is arranged on the left side of 43 movable block of cylinder, mark buffer module 442 is arranged in below the side of air cylinder fixed plate 441.It beats
Marking buffer module 442 includes fixed block 4421, spring 4422, penholder 4423 and mark pen 4424, and fixed block 4421 is arranged in gas
Below the side of cylinder fixed plate 441, the upper bracket of penholder 4423 is fixed on 4421 top of fixed block, and the side stand of penholder 4423 can
Activity is in the upper bracket for being fastened in air cylinder fixed plate 441 and penholder 4423, the side stand end of penholder 4423 is fixed on penholder
On 4423 lower bracket, the side stand of penholder 4423 is located between the lower section of air cylinder fixed plate 441 and the lower bracket of penholder 4423
It is equipped with spring 4422, mark pen 4424, which extends vertically through, to be arranged on the upper and lower bracket of penholder 4423, the lower end of mark pen 4424
On the lower bracket for being fastened in penholder 4423, the upper bracket being nested in penholder 4423 is run through in the upper end of mark pen 4424, is producing
During product mark produces, spring 4422 can play buffer function, contact 4424 pen tip of mark pen with product flexibility, prevent from pressing
Injured labour product.
As shown in FIG. 9 and 10, mark component 44 further includes lock cylinder 443 and the pen cap 444, and lock cylinder 443 is arranged
Above the side of air cylinder fixed plate 441 and be located at mark buffer module 442 top, the pen cap 444 be arranged on test box and
Between two stations of 40 lower section of marking mechanism, after the completion of product mark, lock cylinder 443 pushes pen by its movable block
The side stand of frame 4423 overcomes spring to be inserted into mark pen 4424 in the pen cap 444, oily when mark pen 4424 being prevented to be not used
Ink volatilization.
Recognizer component 45 includes first support 451, second support 452 and color mark sensor 453, and first support 451 is arranged
Above the side of fixed plate 42, second support 452 is height-adjustable to be arranged in below the side of first support 451, colour code
The setting that sensor 453 extends vertically through adjusts color mark sensor in second support 452, through 452 height adjustment of second support
453 effectively identify position, and after product mark, recognizer component 45 carries out recognition detection to product labelling by color mark sensor 453,
When product is unmarked or label be not inconsistent alarm prompt, prevent the non-mark of product or label it is bad.
A kind of operational motion of FCT test equipment of the present invention is described as follows:
It is mounted below the jig mounting plate of 20 top of mechanism for testing, will be controlled under test before use, will first test upper jig 3
Tool 4 is mounted on mobile 24 top of microscope carrier, and pallet 5 is placed in the plate-pedestal 32 of feeding pendulum disk mechanism 30.In use, will manually produce
Product feeding is placed under the test on a mobile microscope carrier 24 on jig 4, and starting device, mobile microscope carrier 24 is moved to the upper jig of test
3 lower section, jig 3, which pushes, in test carries out FCT test, and after the completion of test, the playback of jig 3 test in, test result can be from showing
Show that device 28 is intuitively shown, such as test NG, mobile microscope carrier 24 returns to initial position, artificial to take out NG product and placement is isolated；Such as
PASS is tested, mobile microscope carrier 24 is moved to the lower section of marking mechanism 40, and the product of 40 couples of marking mechanism test OK executes mark mark
Know, recognizer component 45 carries out recognition detection to the mark of product mark, when product is unmarked or label is not inconsistent alarm prompt, prevents
Only the non-mark of product or label are bad；Product mark and after identifying OK, marking mechanism 40 playbacks, and feeding pendulum disk mechanism 30 is inhaled
It takes product and puts in pallet 5.After manually product feeding being placed under the test of a station on jig 4, carry out another
The product feeding of a station, sequentially alternate run works two stations, until replacement pallet continues operation after pallet 5 occupies product.
After adopting the above scheme, a kind of mechanism for testing 20 of FCT test equipment of the present invention is worked alternatively using two stations, people
After work completes a work station product feeding, the product feeding of another station can be carried out, the artificial waiting time is reduced, in a work
During the feeding of position, another station is working, original manual operation jig mode production efficiency about 200pcs/H, using the present invention
After a kind of FCT test equipment, production efficiency about 400pcs/H, 1 times of improving productivity or so；It is tested using 40 Duis of marking mechanism
The product of OK executes mark mark automatically, and recognizer component 45 carries out recognition detection to product labelling, when product is unmarked or label
It is not inconsistent alarm prompt, prevents the non-mark of product or label bad, for the product of test NG, mobile microscope carrier 24 is withdrawn into initially
Position, it is artificial to take out NG product and placement is isolated, it not will do it subsequent mark balance movement, prevent human factor from causing test NG
Product misplace in OK product and flow out to client；Using mark buffer module 442, during product mark produces, spring 4422 can
To play buffer function, contacts 4424 pen tip of mark pen with product flexibility, prevent from weighing product wounded；Mark mode is remembered using oiliness
Number pen, after the completion of product mark, the lock pushing of cylinder 443 overcomes spring to be inserted into mark pen 4424 in the pen cap 444, prevents
Ink volatilizees when mark pen 4424 is not used, and mark component 44 also could alternatively be coding component；Using feeding pendulum disk mechanism 30
It carries out drawing product and put in pallet 5, realize the automatic balance rewinding of equipment, prevent fault damage when artificial feeding balance from producing
Product；Mechanism for testing is current mechanism, and when replacing product item number, replacement tests upper jig, tests lower jig and pallet, operation
It is convenient.Product F CT test may be implemented in a kind of FCT test equipment of the present invention, while to the product automatic marking of test ok, knowledge
It does not detect, and realizes the automatic balance rewinding of product.The present invention also material position can increase matched feeding and isolation NG product on product
Manipulator can further realize one man operation multiple devices instead of manual feeding and isolation NG product movement, reduce operator number
Amount reduces recruitment cost.
Claims (10)
1. a kind of FCT test equipment characterized by comprising rack, mechanism for testing, feeding pendulum disk mechanism and have identification mould
The marking mechanism of group；The preceding upper of rack is arranged in mechanism for testing, and mechanism for testing is respectively arranged on the left side and the right side a station,
The rear upper of rack is arranged in feeding pendulum disk mechanism, and the front end of feeding pendulum disk mechanism is located at empty above the rear end of mechanism for testing
Between, the interval sky of feeding pendulum disk mechanism and mechanism for testing, which intersects, product mark station, and mechanism for testing is arranged in marking mechanism
Back side top, the front end upper space for being across feeding pendulum disk mechanism.
2. a kind of FCT test equipment as described in claim 1, it is characterised in that: mechanism for testing includes test box, four straight lines
Guide rail, two straight line mould groups, two mobile microscope carriers, testing jig, lower air cylinder and jig mounting plate, described two station settings exist
The left and right sides above test box, two stations are longitudinally each provided with one group of parallel linear guide, two straight line Mo Zu difference
It is disposed longitudinally on test box, between the parallel linear guide of each group, it is parallel that two mobile microscope carriers are respectively erected in each group
Linear guide guide rail slide block above, the lower section of mobile microscope carrier is fixedly connected with the mould group sliding block of each straight line mould group respectively, directly
Line mould group drives mobile microscope carrier to be moved forward and backward along linear guide direction, and the top of each mobile microscope carrier is fixedly mounted under test respectively and controls
Tool, testing jig are erected at the top intermediate region of test box, are across the top of two groups of linear guides, two lower air cylinder difference
Be arranged in below the upper frame of testing jig and two mobile microscope carrier corresponding positions, two jig mounting plates be separately positioned on it is each under calm the anger
Below the movable block of cylinder, test is fixedly mounted respectively and goes up jig for the lower section of two jig mounting plates, two lower air cylinders band respectively
Dynamic above jig of testing moves up and down in vertical direction.
3. a kind of FCT test equipment as claimed in claim 2, it is characterised in that: the mechanism for testing further includes having induction mould
Block, induction module include four inductors and two sensing chips, and four inductors are separately positioned on each station wherein straight line
The outside of guide rail and it is located at mobile microscope carrier and moves forward and backward end positions, two sensing chips is separately positioned on each mobile microscope carrier and induction
Device corresponds to the lower section of side, two sensing chips respectively can fore-aft travel in corresponding inductor.
4. a kind of FCT test equipment as claimed in claim 3, it is characterised in that: the mechanism for testing further includes that there are four slow
Rush device, four buffers are separately positioned on two stations and wherein the outside of straight line guide rail and are located at mobile microscope carrier and move forward and backward
End positions.
5. a kind of FCT test equipment as described in claim 1, it is characterised in that: the feeding pendulum disk mechanism includes mechanism branch
The synchronous mould group slide unit of frame, plate-pedestal, slide unit bracket, planer-type and feeding balance manipulator, after rack is arranged in mechanism rack
Upper, plate-pedestal are arranged in above the intermediate support of mechanism rack, placement tray in plate-pedestal, and slide unit bracket is arranged in machine
Above the quadrangle of structure bracket, the top of slide unit bracket, the synchronous mould group slide unit packet of planer-type is arranged in the synchronous mould group slide unit of planer-type
X-axis mould group and two Y-axis mould groups are included, two Y-axis mould groups are arranged in parallel in above the slide unit bracket of the left and right sides, and X-axis mould group is horizontal
To being erected above the mould group sliding block of two Y-axis mould groups, two Y-axis mould groups drive X-axis mould group to move forward and backward, and feeding balance is mechanical
Hand is arranged on the mould group sliding block leading flank of X-axis mould group, and X-axis mould group drives the manipulator side-to-side movement of feeding balance.
6. a kind of FCT test equipment as claimed in claim 5, it is characterised in that: feeding balance machinery hand include Y-axis mould group,
Fixed plate and component suction nozzle, the Y-axis mould group of feeding balance manipulator are arranged on the mould group sliding block leading flank of X-axis mould group, fixed
Plate is arranged on the mould group sliding block leading flank of Y-axis mould group, and component suction nozzle is arranged on the leading flank of fixed plate, and feeding balance is mechanical
The Y-axis mould group of hand drives component suction nozzle vertical up-or-down movement；The component suction nozzle includes suction nozzle bracket and suction nozzle, and suction nozzle branch is set up
It sets on the leading flank of fixed plate, the lower section of suction nozzle bracket is arranged in one or more suction nozzles.
7. a kind of FCT test equipment as described in claim 1, it is characterised in that: the marking mechanism includes X-axis mould group, consolidates
Fixed board, cylinder, mark component and recognizer component, fixed plate are arranged on the mould group sliding block leading flank of X-axis mould group, and cylinder setting exists
On the leading flank of fixed plate, mark component is arranged on the left side of cylinder movable block, and cylinder drives mark component vertically
The left side on the leading flank of fixed plate and being located at mark component is arranged in movement, recognizer component.
8. a kind of FCT test equipment as claimed in claim 7, it is characterised in that: the mark component includes air cylinder fixed plate
And mark buffer module, air cylinder fixed plate are arranged on the left side of cylinder movable block, the setting of mark buffer module is solid in cylinder
Below the side of fixed board, mark buffer module includes fixed block, spring, penholder and mark pen, and fixed block setting is fixed in cylinder
Below the side of plate, the upper bracket of penholder is fixed on above fixed block, and the side stand of penholder is movable to be fixed being fastened in cylinder
In the upper bracket of plate and penholder, the side stand end of penholder be fixed on the lower bracket of penholder, the side stand of penholder is located at cylinder
Spring is equipped between the lower section of fixed plate and the lower bracket of penholder, mark pen, which extends vertically through, to be arranged on penholder upper and lower bracket,
Through being fastened on the lower bracket of penholder, the upper bracket being nested in penholder is run through in the upper end of mark pen for the lower end of mark pen.
9. a kind of FCT test equipment as claimed in claim 7, it is characterised in that: the mark component further includes lock cylinder
And the top for above the side of air cylinder fixed plate and being located at mark buffer module is arranged in the pen cap, lock cylinder, pen is set on
Between two stations on test box and below marking mechanism.
10. a kind of FCT test equipment as in one of claimed in any of claims 1 to 9, it is characterised in that: the recognizer component
Including first support, second support and color mark sensor, first support is arranged in above the side of fixed plate, second support height
Adjustable to be arranged in below the side of first support, the setting that color mark sensor extends vertically through is on the secondary support bracket.
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| CN201910311678.4A CN109884513B (en) | 2019-04-18 | 2019-04-18 | FCT test equipment |
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| CN201910311678.4A CN109884513B (en) | 2019-04-18 | 2019-04-18 | FCT test equipment |
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| CN109884513B CN109884513B (en) | 2024-07-23 |
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| CN111562487A (en) * | 2020-06-11 | 2020-08-21 | 厦门弘信电子科技集团股份有限公司 | Roll-to-roll test equipment and method for testing roll-to-roll flexible circuit board |
| CN115123820A (en) * | 2022-04-09 | 2022-09-30 | 昆山市奥森维尔自动化设备有限公司 | Ultrasonic wave shakes balance device that falls |
| CN117054856A (en) * | 2023-10-10 | 2023-11-14 | 苏州元脑智能科技有限公司 | Function test fixture and test equipment |
| CN117772646A (en) * | 2023-11-14 | 2024-03-29 | 长园医疗精密(深圳)有限公司 | Portal frame type efficient detection system and control method thereof |
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|---|---|
| CN109884513B (en) | 2024-07-23 |
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Address after: 361000 2nd floor, No.19, Xianghai Road, industrial zone (Xiang'an), torch high tech Zone, Xiamen City, Fujian Province Applicant after: Xiamen Hongxin Electronic Technology Group Co.,Ltd. Address before: 361000 2nd floor, No.19, Xianghai Road, industrial zone (Xiang'an), torch high tech Zone, Xiamen City, Fujian Province Applicant before: XIAMEN HONGXIN ELECTRON-TECH Co.,Ltd. |
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