CN209388872U - A kind of inductance core automatic tape-wrapping and automatic test and repair system - Google Patents
A kind of inductance core automatic tape-wrapping and automatic test and repair system Download PDFInfo
- Publication number
- CN209388872U CN209388872U CN201822204820.9U CN201822204820U CN209388872U CN 209388872 U CN209388872 U CN 209388872U CN 201822204820 U CN201822204820 U CN 201822204820U CN 209388872 U CN209388872 U CN 209388872U
- Authority
- CN
- China
- Prior art keywords
- inductance
- cylinder
- detection
- test
- seat
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Abstract
The utility model provides a kind of inductance core automatic tape-wrapping and automatic test and repair system, including support platform, the transfer structure and inductance detection equipment being set in support platform, it further include the fixation bracket for being set to transfer structure exit side in support platform, the horizontal shift structure being set on fixed bracket, it is set on horizontal shift structure and vertically moves structure, it is set to the rubber-wrapping structure vertically moved below structure in support platform, first detection structure, feeding structure, repair structure, second detection structure and taxonomic structure, it is described to vertically move the crawl structure there are five being arranged in structure for shifting inductance crawl, it is provided with by the rubber-wrapping structure and send adhesive plaster structure and cutting structure that can effectively improve encapsulated and testing efficiency by the utility model, improve yields, improve the degree of automation.
Description
Technical field
The utility model belongs to inductance manufacture field more particularly to a kind of inductance core automatic tape-wrapping and tests and repair automatically
Complex system.
Background technique
Inductor (Inductor) is the element that electric energy can be converted into magnetic energy and stored.The structure class of inductor
It is similar to transformer, but only one winding.Inductor has certain inductance, it only hinders the variation of electric current.Currently, existing
In inductance production, the adhesive plaster needs on the outside of magnetic core manually carry out operation package, thus the inefficiency of production and processing, and
Quality cannot be guaranteed.The performance detection of inductance needs staff to be detected one by one by inductance measurement equipment simultaneously,
Working efficiency is low, while undesirable product is bad by artificial repairing effect.To be badly in need of a kind of automated production equipment
To improve production efficiency.
Utility model content
The purpose of this utility model is to provide a kind of inductance core automatic tape-wrapping and automatic test and repair system, can
Encapsulated and testing efficiency is effectively improved, yields is improved, improves the degree of automation.
To realize the purpose, provide including support platform, the transfer structure and inductance detection that are set in support platform
The horizontal shifting that equipment further includes the fixation bracket for being set to transfer structure exit side in support platform, is set on fixed bracket
Dynamic structure is set to vertically moving structure, being set in support platform and vertically move below structure on horizontal shift structure
Rubber-wrapping structure, the first detection structure, reparation structure, the second detection structure and taxonomic structure, described vertically move are arranged in structure
There are five for inductance to be grabbed the crawl structure shifted, the transfer structure, the first detection structure, is repaired rubber-wrapping structure
Complex structure, the second detection structure and taxonomic structure are successively arranged side by side, and are provided with by the rubber-wrapping structure and send adhesive plaster structure and cut
Disconnected structure, the inductance detection equipment are connect with the first detection structure and the second detection structure signal respectively, the transfer structure,
Horizontal shift structure vertically moves structure, crawl structure, the first detection structure, repairs structure, the second detection structure, classification knot
Structure, rubber-wrapping structure send adhesive plaster structure, cutting structure and inductance detection equipment to connect respectively with a controller signals.
Preferably, the rubber-wrapping structure includes being set to encapsulated pedestal below support platform, being set on encapsulated pedestal
Total driving device, be set in total driving device encapsulated drive seat, two be symmetrically disposed on it is encapsulated in encapsulated drive seat
Driving device is provided with the encapsulated fixing seat for inductance to be fixed in the encapsulated driving device.
Preferably, the transfer structure includes transmitting pedestal, the conveyer structure being set on transmission pedestal, being set to biography
It send the vibration device of band structure lower end, the guide rod for being set to conveyer structure upper surface, be set to conveyer structure discharge end
Discharge baffle, be provided between the guide rod end and discharge baffle for grab structure crawl inductance material taking mouth, it is described
The motor of vibration device and conveyer structure is connect with controller signals respectively.
Preferably, it is described vertically move structure include the vertical fixing plate being set on horizontal shift structure, be set to it is vertical
Vertical guide rail in straight fixed plate is set on vertical guide rail and along the vertical support plate of vertical guide rail sliding and is set to vertical
The upper end of perpendicular drive cylinder in straight fixed plate above vertical support plate, the perpendicular drive cylinder and vertical support plate connects
It connects, the perpendicular drive cylinder is connect with controller signals.
Preferably, the crawl structure includes being fixed on to vertically move the cylinder of the crawl in structure, the drive with crawl cylinder
The mobile crawl plate of moving axis connection is fixed on crawl cylinder that Board position is opposite is used to carry out consolidating for inductance crawl with mobile crawl
Surely plate is grabbed.
Preferably, first detection structure is including detecting seat, being set to by detection seat and inductance detection device signal company
The test splice that connects connect for push to test connector and the test pushing structure of inductance connection with test splice, is set to inspection
Survey the first compressing structure and the second compressing structure by seat, the detection seat side, which is provided with, detects seat block and to detect seat another
By test pushing structure, the first compressing structure and the second compressing structure is set gradually clockwise by outer three side, the test is pushed
Structure, the first compressing structure and the second compressing structure are connect with controller signals respectively；First compressing structure includes first
Compression cylinder and the first compact heap being set in the first compression cylinder, second compressing structure include the second compression cylinder and
The second compact heap being set in the second compression cylinder, the test pushing structure include that test pushes track, is set to test
Push track on far from detection seat side test pusher cylinder and be set to test push track on respectively with test pusher cylinder
The fixed sliding block of the test connected with push to test connector, first compression cylinder, the second compression cylinder and test pusher cylinder
It is connect respectively with controller signals.
Preferably, the structure of repairing includes repairing seat, the third compressing structure being respectively arranged at by reparation seat, the 4th pressure
Locking structure and stir structure, the reparations seat side be provided with reparation seat block and repair by other three side of seat by clockwise according to
Secondary setting the 4th compressing structure, third compressing structure and structure is stirred, the third compressing structure, the 4th compressing structure and stirred
Structure is connect with controller signals respectively.
Preferably, the third compressing structure includes third compression cylinder and the third pressure that is set in third compression cylinder
Tight block, the 4th compressing structure include the 4th promotion track, are set to the 4th of separate reparation seat side on the 4th promotion track
Compression cylinder and it is set to the reparation fixed block that connect with the 4th compression cylinder on the 4th promotion track, the structure of stirring includes
Track is stirred, is set to and stirs stirring compression cylinder, being set to and stir on track and stir pressure far from reparation seat side on track
The compressions support seat of tight cylinder connection is set to compress stirring in support seat and repair cylinder and be set to and stir on reparation cylinder
The slide block of inductance is stirred for left and right, the third compression cylinder, stirs compression cylinder and stirs reparation at the 4th compression cylinder
Cylinder is connect with controller signals respectively.
Preferably, the taxonomic structure includes the classification cylinder being set in support platform, is set on the outside of support platform
And the first sliding groove and second sliding slot connecting with classification cylinder, the first sliding groove and second sliding slot are symmetrical arranged and discharge
End is provided with classification basket.
The utility model compared with prior art, the beneficial effect is that:
In the present invention by setting transfer structure, horizontal shift structure, vertically move structure, crawl structure, the
One detection structure, feeding structure repair structure, the second detection structure, taxonomic structure, rubber-wrapping structure, send adhesive plaster structure, cutting knot
Structure, which carries out cooperation, can successively carry out encapsulated inductance core and inductance measurement automatically and timely be repaired to undesirable product
Multiple and re-test can effectively improve production efficiency, improve yields, improve the degree of automation.Pass through in the present invention
Vibration device is arranged in transfer structure can effectively carry out vibration feeding, improve the stability of feeding, avoid blocking.In this reality
The real-time that can effectively improve inductance reparation is repaired with stir to inductance by repairing structure in novel, improves production effect
Rate.The clever structure that classification is is carried out by taxonomic structure in the present invention and saves cost.It is encapsulated in the present invention
Structure is by two encapsulated driving devices of setting, the encapsulated fixing seat of driving, so as to effectively improve the efficiency of processing.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the structural schematic diagram of transfer structure in the utility model；
Fig. 3 is the structural schematic diagram that structure is repaired in the utility model；
Fig. 4 is the structural schematic diagram of the first detection structure in the utility model；
Fig. 5 is the structural schematic diagram of taxonomic structure in the utility model；
Fig. 6 is the structural schematic diagram that structure is grabbed in the utility model；
Fig. 7 is the structural schematic diagram of rubber-wrapping structure in the utility model.
Specific embodiment
The technical solution of the utility model, but the protection scope of the utility model are described in further detail with reference to the accompanying drawing
It is not limited to as described below.
As shown in Fig. 1-Fig. 7, the utility model provides a kind of inductance core automatic tape-wrapping and automatic test and repairs system
System, further includes being set to support including support platform 1, the transfer structure being set in support platform 12 and inductance detection equipment
The fixation bracket 3 of 2 exit side of transfer structure on platform 1, is set to water at the horizontal shift structure 4 being set on fixed bracket 3
On flat moving structure 4 vertically move structure 5, be set to vertically moved in support platform 1 lower section of structure 5 rubber-wrapping structure 12,
First detection structure 7, repairs structure 8, the second detection structure 9 and taxonomic structure 10 at feeding structure 11, vertically moves in structure 5
For inductance to be grabbed the crawl structure 6 shifted, transfer structure 2, rubber-wrapping structure 12, the first detection structure there are five being arranged
7, feeding structure 11, repair structure 8, the second detection structure 9 and taxonomic structure 10 be successively arranged side by side and orientation with give
Expect that the conveying direction of structure 11 is perpendicular, is provided with by rubber-wrapping structure 12 and send adhesive plaster structure 13 and cutting structure 14, inductance detection
Equipment is connect with the first detection structure 7 and 9 signal of the second detection structure respectively, transfer structure 2, horizontal shift structure 4, vertical shifting
Dynamic structure 5, the first detection structure 7, feeding structure 11, repairs structure 8, the second detection structure 9, taxonomic structure at crawl structure 6
10, rubber-wrapping structure 12, send adhesive plaster structure 13, cutting structure 14 and inductance detection equipment connect respectively with a controller signals.The
Two detection structures 9 are as 7 structure of the first detection structure.
Transfer structure 2 includes transmission pedestal 21, the conveyer structure 23 being set on transmission pedestal 21, is set to conveyer belt
The vibration device 22 of 23 lower end of structure, is set to conveyer structure 23 at the guide rod 24 for being set to 23 upper surface of conveyer structure
The discharge baffle 25 of discharge end is provided between 24 end of guide rod and discharge baffle 25 and grabs taking for inductance for grabbing structure 6
The motor of material mouth 26, vibration device 22 and conveyer structure 23 is connect with controller signals respectively.
In the present embodiment, controller is PLC or industrial personal computer.Guide rod 24 is the size phase of two and spacing and inductance
Together, and the size of inductance is identical so that position is stablized when carrying out inductance crawl for the size of material taking mouth 26.Vibration device 22
For vibrator.Feeding structure 11 is conveyer structure for conveying the non-defective unit that the first detection structure 7 detects, and is passed
The basket for sending the end of band structure to be used to collect inductance.
Rubber-wrapping structure 12 includes the encapsulated pedestal 121 for being set to 1 lower section of support platform, is set on encapsulated pedestal 121
Total driving device 122, encapsulated drive seat 123, two be set in total driving device 122 are symmetrically disposed on encapsulated drive seat
Encapsulated driving device 124 on 123 is provided with the encapsulated fixing seat for inductance to be fixed in encapsulated driving device 124
125.Total driving device 122 and encapsulated driving device 124 are servo motor.Encapsulated pedestal 121 is fixed under support platform 1
Side.Sending adhesive plaster structure 13 includes being used to support adhesive plaster shaft 131, guiding axis 132, adjustment sheet 133 and the adhesive plaster drive shaft of adhesive plaster
134, the adhesive plaster in adhesive plaster shaft 131 passes sequentially through guiding axis 132, adjustment sheet 133 and adhesive plaster drive shaft 134 and close to adhesive plaster
Inductance connection in the encapsulated drive seat 123 of drive shaft 134, the motor of adhesive plaster drive shaft 134 are connect with controller signals.It cuts
Disconnected structure 14 includes the two encapsulated drivings of direction for connecting cutting cylinder with controller signals and being set to cutting cylinder driving end
The cutter in 123 middle positions of seat.
In the present embodiment, the adhesive plaster in adhesive plaster shaft 131 passes sequentially through guiding axis 132, adjustment sheet 133 and adhesive plaster driving
Axis 134 and the inductance connection in the encapsulated fixing seat 75 of adhesive plaster drive shaft 134, so as to pass through adjustment sheet 133 to glue
The direction of motion of cloth is adjusted, and then carries out auxiliary pulling by adhesive plaster drive shaft 134 so that encapsulated driving device 124 into
Row driving is more stable when encapsulated, improves encapsulated quality.The distance setting of two encapsulated fixing seats 125 is closer, thus cutter
When cutting off adhesive plaster, adhesive plaster can be completely attached on the magnetic core of inductance.
In the present embodiment, when progress inductance core is encapsulated, controller controlled level moving structure 4 vertically moves structure 5
It is moved with crawl structure 6, inductance is put into and the encapsulated fixing seat 125 on the same line of transfer structure 2 from the crawl of material taking mouth 26
On；Controller controls total driving device 72 and rotates 180 degree, so that two encapsulated fixing seats 75 exchange position, so that
Next inductance is able to carry out while carrying out encapsulated by the rotation of encapsulated driving device 74 that controller control is placed with inductance
Crawl is placed into empty encapsulated fixing seat 125；Controller controls total driving device 72 and rotates 180 degree, so that two encapsulated solid
Reservation 75 exchanges position, is then cut off adhesive plaster by cutting off structure 10；To which the inductance of encapsulated completion is able to carry out in next step
Work.
Horizontal shift structure 4 is screw structure and sliding block is fixedly connected with structure 5 is vertically moved.Vertically move structure 5
Including the vertical fixing plate 51 being set on horizontal shift structure 4, the vertical guide rail 53 being set on vertical fixing plate 51, set
It is placed on vertical guide rail 53 and the vertical support plate 54 slided along vertical guide rail 53 and is set on vertical fixing plate 51 vertical
The perpendicular drive cylinder 52 of 54 top of support plate, perpendicular drive cylinder 52 connect with the upper end of vertical support plate 54, are vertically driven
Cylinder 52 is connect with controller signals.Crawl structure 6 includes being fixed on the crawl cylinder 61 vertically moved in structure 5 and crawl
The mobile crawl plate 62 of the driving axis connection of cylinder 61 is fixed on crawl cylinder 61 that 62 position of plate is opposite is used for mobile crawl
Carry out the fixed crawl plate 63 of inductance crawl.
In the present embodiment, each cylinder passes through tracheae and connect with gas tank, and controls each tracheae upper valve by controller
Door carries out being turned on and off realization job control.Grab the opposite face between the mobile crawl plate 62 of structure 6 and fixed crawl plate 63
On be provided with lines or slot with improve inductance crawl when stability.
First detection structure 7 includes detection seat 73, is set to the survey that 73 side of detection seat is connect with inductance detection device signal
It tries first 75, is connect with test splice 75 for push to test connector 75 and the test pushing structure 74 of inductance connection, is set to
First compressing structure 71 and the second compressing structure 72 on 73 side of seat are detected, detection 73 side of seat is provided with detection seat block and examines
It surveys by other three side of seat 73 and sets gradually test pushing structure 74, the first compressing structure 71 and the second compressing structure by clockwise
72, test pushing structure 74, the first compressing structure 71 and the second compressing structure 72 are connect with controller signals respectively.First compresses
The first compact heap 712 that structure 71 compression cylinder 711 and be set in the first compression cylinder 711 including first, second compresses knot
The second compact heap 722 that structure 72 compression cylinder 721 and be set in the second compression cylinder 721 including second tests pushing structure
74 include that test pushes track 742, is set to the test pusher cylinder 741 far from detection 73 side of seat on test promotion track 742
The test connecting respectively with test pusher cylinder 741 and push to test connector 75 on track 742 is pushed to fix with test is set to
Sliding block 743, the first compression cylinder 711, the second compression cylinder 721 and test pusher cylinder 741 are connect with controller signals respectively.
Test splice 75 is tested with inductance connection by inductance detection equipment.
In the present embodiment, test splice 75 is tested with inductance connection by inductance detection equipment, in the first detection
Inductance after structure 7 detects is non-defective unit, then inductance crawl is directly put in feeding structure 11 by crawl structure 6, carried out
Next round test.Inductance after the detection of the first detection structure 7 is defective products, then directly carries out inductance successively from transfer structure 2
To the 12 to the first detection structure of rubber-wrapping structure 7 to repair the 8 to the second detection structure of structure 9 finally move to taxonomic structure 10 into
The encapsulated testing procedure of assembly line of row classification is tested step by step, and has an inductance being added in each step
Work, to improve production efficiency, wherein inductance is in transfer structure 2, rubber-wrapping structure 12, the first detection structure 7, reparation structure 8, second
Detection structure 9 is identical with the step distance on taxonomic structure 10, so that the spacing of each crawl structure 6 is identical.In addition, not setting
When setting feeding structure 11, all inductance all pass through transfer structure 2, rubber-wrapping structure 12, the first detection structure 7, repair structure 8,
Second detection structure 9 and taxonomic structure 10 are processed step by step.
Structure 8 is repaired to compress and tie including reparation seat 83, the third compressing structure the 81, the 4th being respectively arranged at by reparation seat 83
Structure 82 is provided with reparation seat block and repairs by other three side of seat 83 by clockwise with structure 84, reparation 83 side of seat is stirred
It sets gradually the 4th compressing structure 82, third compressing structure 81 and stirs structure 84, third compressing structure 81, the 4th compressing structure
It 82 and stirs structure 84 and is connect respectively with controller signals.Third compressing structure 81 includes third compression cylinder 811 and is set to
Third compact heap 812 in third compression cylinder 811, the 4th compressing structure 82 include the 4th promotion track 822, are set to the 4th
Push track 822 on far from repair 83 side of seat the 4th compression cylinder 821 and be set to the 4th push track 822 on and the 4th
The reparation fixed block 823 that compression cylinder 821 connects, stirring structure 84 includes stirring track 842, being set to and stir on track 842
Far from repair 83 side of seat stir compression cylinder 841, be set to stir on track 842 with the pressure stirring compression cylinder 841 and connect
Tight support seat 843 is set to compress stirring in support seat 843 and repair cylinder 845 and be set to stir to repair and use on cylinder 845
The slide block 846 of inductance is stirred in left and right, third compression cylinder 811, the 4th compression cylinder 821 are stirred compression cylinder 841 and dialled
Dynamic cylinder 845 of repairing is connect with controller signals respectively.
In the present embodiment, third compressing structure 81 is for pushing so that slide block 846 is contacted with inductance, then by dialling
Dynamic cylinder 845 of repairing drives slide block 846 to shake with dynamic inductance, to carry out inductance reparation.
Taxonomic structure 10 include the classification cylinder 101 being set in support platform 1, be set to the outside of support platform 1 and
The first sliding groove 102 and second sliding slot 103 connecting with classification cylinder 101, first sliding groove 102 and second sliding slot 103 are symmetrical arranged
And discharge end is provided with classification basket 104.Wherein, first sliding groove 102 is identical with 103 gradient of second sliding slot, first sliding groove 102
It can be used for collecting non-defective unit, second sliding slot 103 can be used for collecting defective products, and the inductance after test of the second detection structure 9 is
First sliding groove 102 is pushed into the lower section of crawl structure 6 by non-defective unit, classification cylinder 101, conversely, second sliding slot 103 is pushed into crawl knot
The lower section of structure 6.
In the present embodiment, when being worked, inductance is transmitted to material taking mouth 26, controller control by transfer structure 2
Horizontal shift structure 4, vertically moving structure 5 and crawl 6 co-ordination of structure, to be placed into rubber-wrapping structure 12 enterprising by inductance crawl
Row is encapsulated, grabs after the completion of encapsulated and is placed into the first detection structure 7.When the first detection structure 7 detection after inductance be non-defective unit,
Inductance crawl is directly then put on feeding structure 11 by inductance packet on synchronously control rubber-wrapping structure 12 simultaneously by crawl structure 6
The progress of glue is carrying out next round test；When the inductance after detection of the first detection structure 7 is defective products, this then controls crawl
Inductance crawl is placed into reparation structure 8 and repaired by structure 6, while carrying out the detection of next round, and the inductance after reparation is logical
After crossing the test of the second detection structure 9, classify by grabbing structure 6 and grabbing inductance to taxonomic structure 10, so that passing through
A crawl structure 6 synchronous working control inductance in transfer structure 2, rubber-wrapping structure 12, the first detection structure 7, feeding structure 11, repair
Continuous-flow type Continuous maching is carried out on complex structure 8, the second detection structure 9 and taxonomic structure 10.Wherein, the first detection structure 7 detects
For non-defective unit, then priority processing is further continued for carrying out continuous-flow type Continuous maching out.To effectively improve production efficiency.
Above are merely preferred embodiments of the utility model, it should be understood that the utility model is not limited to be draped over one's shoulders herein
The form of dew, should not be regarded as an exclusion of other examples, and can be used for other combinations, modifications, and environments, and can
In this paper contemplated scope, modifications can be made through the above teachings or related fields of technology or knowledge.And those skilled in the art institute into
Capable modifications and changes do not depart from the spirit and scope of the utility model, then all should be in the guarantor of the appended claims for the utility model
It protects in range.
Claims (9)
1. a kind of inductance core automatic tape-wrapping and automatic test and repair system, including support platform (1), it is set to support platform
(1) transfer structure (2) and inductance detection equipment on, which is characterized in that further include being set to transfer structure on support platform (1)
(2) the fixation bracket (3) of exit side, be set on fixed bracket (3) horizontal shift structure (4), be set to and move horizontally knot
Vertically moving structure (5), being set to the rubber-wrapping structure vertically moved below structure (5) on support platform (1) on structure (4)
(12), the first detection structure (7), reparation structure (8), the second detection structure (9) and taxonomic structure (10), it is described to vertically move knot
For inductance to be grabbed the crawl structure (6) shifted, the transfer structure (2), rubber-wrapping structure there are five being arranged on structure (5)
(12), the first detection structure (7), reparation structure (8), the second detection structure (9) and taxonomic structure (10) are successively arranged side by side, institute
It states to be provided with by rubber-wrapping structure (12) and send adhesive plaster structure (13) and cut off structure (14), the inductance detection equipment is respectively with first
Detection structure (7) is connected with the second detection structure (9) signal, and the transfer structure (2), vertically moves horizontal shift structure (4)
Structure (5), crawl structure (6), the first detection structure (7), repair structure (8), the second detection structure (9), taxonomic structure (10),
Rubber-wrapping structure (12) send adhesive plaster structure (13), cutting structure (14) and inductance detection equipment to connect respectively with a controller signals.
2. a kind of inductance core automatic tape-wrapping according to claim 1 and automatic test and repair system, which is characterized in that
The rubber-wrapping structure (12) includes being set to encapsulated pedestal (121) below support platform (1), being set to encapsulated pedestal (121)
On total driving device (122), be set on total driving device (122) encapsulated drive seat (123), two be symmetrically disposed on packet
Encapsulated driving device (124) in glue drive seat (123), be provided on the encapsulated driving device (124) for inductance into
The fixed encapsulated fixing seat (125) of row.
3. a kind of inductance core automatic tape-wrapping according to claim 1 and automatic test and repair system, which is characterized in that
The transfer structure (2) includes transmission pedestal (21), the conveyer structure (23) being set in transmission pedestal (21), is set to biography
It send the vibration device (22) of band structure (23) lower end, the guide rod (24) for being set to conveyer structure (23) upper surface, be set to
The discharge baffle (25) of conveyer structure (23) discharge end is arranged useful between guide rod (24) end and discharge baffle (25)
In the material taking mouth (26) of crawl structure (6) crawl inductance, the motor difference of the vibration device (22) and conveyer structure (23)
It is connect with controller signals.
4. a kind of inductance core automatic tape-wrapping according to claim 1 and automatic test and repair system, which is characterized in that
Described vertically move structure (5) include the vertical fixing plate (51) being set on horizontal shift structure (4), are set to vertical fixation
Vertical guide rail (53) on plate (51) is set on vertical guide rail (53) and along the vertical support plate of vertical guide rail (53) sliding
(54) the perpendicular drive cylinder (52) on vertical fixing plate (51) above vertical support plate (54), the perpendicular drive are set to and
Cylinder (52) is connect with the upper end of vertical support plate (54), and the perpendicular drive cylinder (52) connect with controller signals.
5. a kind of inductance core automatic tape-wrapping according to claim 1 and automatic test and repair system, which is characterized in that
Crawl structure (6) includes being fixed on to vertically move the crawl cylinder on structure (5) (61), the driving with crawl cylinder (61)
The mobile crawl plate (62) of axis connection is fixed in crawl cylinder (61) that plate (62) position is opposite is used to carry out electricity with mobile crawl
Fixed crawl plate (63) of sense crawl.
6. a kind of inductance core automatic tape-wrapping according to claim 1 and automatic test and repair system, which is characterized in that
First detection structure (7) is including detecting seat (73), being set to what detection seat (73) side was connect with inductance detection device signal
Test splice (75) connect the test pushing structure for being used for push to test connector (75) and inductance connection with test splice (75)
(74), detection seat (73) other the first compressing structure (71) and the second compressing structure (72), the detection seat (73) one are set to
Side is provided with detection seat block and detects by other three side of seat (73) by setting gradually test pushing structure (74), the clockwise
One compressing structure (71) and the second compressing structure (72)；First compressing structure (71) include the first compression cylinder (711) and
The first compact heap (712) being set on the first compression cylinder (711), second compressing structure (72) include the second compression gas
Cylinder (721) and the second compact heap (722) being set on the second compression cylinder (721), the test pushing structure (74) include
Test pushes track (742), is set to the test pusher cylinder that test pushes separate detection seat (73) side on track (742)
(741) and be set to test push track (742) on respectively with test pusher cylinder (741) and push to test connector (75) connect
Test it is fixed sliding block (743), first compression cylinder (711), the second compression cylinder (721) and test pusher cylinder
(741) it is connect respectively with controller signals.
7. a kind of inductance core automatic tape-wrapping according to claim 1 and automatic test and repair system, which is characterized in that
Described repair structure (8) include repairing seat (83), being respectively arranged at and repair seat (83) other third compressing structure (81), the 4th pressure
It locking structure (82) and stirs structure (84), reparation seat (83) side, which is provided with, repairs seat block and repair seat (83) in addition
By setting gradually the 4th compressing structure (82), third compressing structure (81) clockwise and stir structure (84) by three sides, described the
It three compressing structures (81), the 4th compressing structure (82) and stirs structure (84) and is connect respectively with controller signals.
8. a kind of inductance core automatic tape-wrapping according to claim 7 and automatic test and repair system, which is characterized in that
The third compressing structure (81) includes third compression cylinder (811) and the third pressure that is set on third compression cylinder (811)
Tight block (812), the 4th compressing structure (82) include the 4th promotion track (822), are set in the 4th promotion track (822)
Far from the 4th compression cylinder (821) for repairing seat (83) side and it is set in the 4th promotion track (822) and the 4th compression cylinder
(821) the reparation fixed block (823) connected, described stir structure (84) include stirring track (842), being set to and stir track
(842) stirring compression cylinder (841), being set to and stir on track (842) and stir compression gas far from reparation seat (83) side on
The compression support seat (843) of cylinder (841) connection is set to compress and stirring reparation cylinder (845) and setting on support seat (843)
The slide block (846) for stirring inductance on cylinder (845) for left and right, the third compression cylinder (811), the 4th are repaired in stirring
Compression cylinder (821), stir compression cylinder (841) and stir repair cylinder (845) connect respectively with controller signals.
9. a kind of inductance core automatic tape-wrapping according to claim 1 and automatic test and repair system, which is characterized in that
The taxonomic structure (10) includes the classification cylinder (101) being set on support platform (1), is set on the outside of support platform (1)
And the first sliding groove (102) and second sliding slot (103) being connect with classification cylinder (101), the first sliding groove (102) and second
Sliding slot (103) is symmetrical arranged and discharge end is provided with classification basket (104).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822204820.9U CN209388872U (en) | 2018-12-26 | 2018-12-26 | A kind of inductance core automatic tape-wrapping and automatic test and repair system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822204820.9U CN209388872U (en) | 2018-12-26 | 2018-12-26 | A kind of inductance core automatic tape-wrapping and automatic test and repair system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209388872U true CN209388872U (en) | 2019-09-13 |
Family
ID=67874011
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822204820.9U Active CN209388872U (en) | 2018-12-26 | 2018-12-26 | A kind of inductance core automatic tape-wrapping and automatic test and repair system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209388872U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110718387A (en) * | 2019-10-23 | 2020-01-21 | 浙江兆晶电气科技有限公司 | Automatic assembly line of amorphous iron core |
-
2018
- 2018-12-26 CN CN201822204820.9U patent/CN209388872U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110718387A (en) * | 2019-10-23 | 2020-01-21 | 浙江兆晶电气科技有限公司 | Automatic assembly line of amorphous iron core |
| CN110718387B (en) * | 2019-10-23 | 2021-05-28 | 浙江兆晶电气科技有限公司 | Automatic assembly line of amorphous iron core |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN106862924B (en) | Solenoid valve tests kludge automatically | |
| CN104111144B (en) | High efficiency particle air filter scanning leak detection device and leak hunting method | |
| CN109616306A (en) | A kind of inductance core automatic tape-wrapping and automatic test and repair system | |
| CN102881439B (en) | Fully-automatic assembling and testing machine for electronic transformer | |
| CN209177609U (en) | One kind can quantity-produced feed mechanism | |
| CN207226467U (en) | A kind of three axis positioning material fetching mechanism | |
| CN205673221U (en) | A kind of Fe-Si-Al magnetic core inductance detection sorting unit | |
| CN109633363A (en) | A kind of system for testing inductance core automatic tape-wrapping | |
| CN209388872U (en) | A kind of inductance core automatic tape-wrapping and automatic test and repair system | |
| CN209388871U (en) | A kind of system for testing inductance core automatic tape-wrapping | |
| CN202230196U (en) | Automatic wire feeding, sealing and detecting equipment of electric power metering device | |
| CN202796421U (en) | Full-automatic assembling and testing machine for electronic transformers | |
| CN110389272A (en) | A kind of distribution transformer intelligent test line and test method | |
| CN110153042A (en) | A kind of device of the automatic sorting based on resistance value detection | |
| CN204705697U (en) | A kind of inductance performance parameter testing workstation | |
| CN103072719B (en) | Automatic test packing machine | |
| CN206824947U (en) | Electric screwdriver head automatic assembling device | |
| CN208188308U (en) | A kind of high voltage electroscope batch detecting device | |
| CN109465618A (en) | A kind of assembly system of pipe lid and sealing ring | |
| CN209388868U (en) | A kind of inductance device with test and repair function | |
| CN205765223U (en) | A kind of positioner | |
| CN108414157A (en) | A kind of vacuum helium inspection equipment for detecting products air tightness | |
| CN209550028U (en) | A kind of inductance automatic repariring equipment | |
| CN209502325U (en) | A kind of intelligence inductance automatic testing equipment | |
| CN110456239A (en) | A kind of chip high voltage and comprehensive electric characteristic detecting apparatus and test method |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |