CN207558603U - Formula of bearing down on one twin shaft rubber coating machine - Google Patents
Formula of bearing down on one twin shaft rubber coating machine Download PDFInfo
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- CN207558603U CN207558603U CN201721176818.4U CN201721176818U CN207558603U CN 207558603 U CN207558603 U CN 207558603U CN 201721176818 U CN201721176818 U CN 201721176818U CN 207558603 U CN207558603 U CN 207558603U
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Abstract
The utility model discloses one kind and bears down on one formula twin shaft rubber coating machine；Including master controller, substrate, encapsulated panel, fixture head, skeleton rotating mechanism, adhesive tape feeding mechanism, belt cutting mechanism and transformer framework hold-down mechanism；Fixture head includes the first fixture head and the second fixture head；Skeleton rotating mechanism is to control the rotation of two fixture heads, so as to successively be carried out to transformer framework fixed on two fixture heads encapsulated；Adhesive tape feeding mechanism is adhesive tape supplied materials is delivered on transformer framework fixed on two fixture heads；Belt cutting mechanism is to the adhesive tape on the encapsulated transformer framework finished cut band, and transformer framework hold-down mechanism is to the transformer framework that is fixed on two fixture head of pressing；Effect：The utility model is equipped with two fixture heads, so that encapsulated operating efficiency is high, by transformer framework hold-down mechanism, i.e., so that treating that encapsulated transformer framework stationarity is good, so that the transformer framework progress that the utility model is suitable for large size is encapsulated so that using adaptable.
Description
Technical field
The utility model is related to rubber coating machine equipment technical field, bear down on one formula twin shaft rubber coating machine in particular, being related to one kind.
Background technology
Rubber coating machine, it is as its name suggests, a kind of to carry out the encapsulated of adhesive tape to the encapsulated skeleton of needs, so that outside corresponding skeleton
Packet is equipped with one or more layers adhesive tape.
Rubber coating machine of the prior art generally comprises fixture head, the bone of the adhesive tape feeding mechanism of fixation adhesive tape, fixed skeleton
Frame rotating mechanism and adhesive tape belt cutting mechanism, although being used widely, it still has the defects of certain and deficiency.
Specifically, on the one hand, it normally only has, and there are one the fixture heads to fixed skeleton so that during per subjob,
It is only capable of carrying out skeleton encapsulated, after encapsulated, then need to unload on the corresponding encapsulated skeleton finished and be reinstalled again
New treats that encapsulated skeleton progress is encapsulated, in this way, then so that encapsulated operating efficiency is low, the production and processing period is long so that increases people
Power and hand labor cost；On the other hand, it when needing to carry out encapsulated to large-scale transformer framework, because its volume is big, is wrapping
It is then easily shaken in glue operation process so that it is encapsulated not neat, and traditional rubber coating machine, because it does not have fixed high-power transformer
The skeleton hold-down mechanism of skeleton so that it is generally only suitable for carrying out small-sized skeleton encapsulated, and is not suitable for large-scale
Transformer framework carries out encapsulated.
Thereby, the prior art has much room for improvement.
Utility model content
One kind formula twin shaft that bears down on one provided the purpose of the utility model is to overcome the deficiency of the above-mentioned prior art is encapsulated
Machine.
Technical solution is used by the utility model solves prior art problem：One kind is beared down on one formula twin shaft rubber coating machine, is used
To carry out the encapsulated of adhesive tape to the encapsulated transformer framework of needs, including master controller, which is characterized in that further include：
Substrate；
Encapsulated panel；The encapsulated panel is set up in the top of the substrate by support column, parallel with the substrate
Setting, and the left front portion of the upper surface of the encapsulated panel offers downwards the first via；
Fixture head；The fixture head includes mutually arranged side by side being erected on above first via and fixes needs to corresponding
The first fixture head and the second fixture head of two encapsulated transformer frameworks；
Skeleton rotating mechanism；The skeleton rotating mechanism is erected on the substrate, and the first via described in face, described
The upper end of skeleton rotating mechanism and the lower end of two fixture heads are mutually screwed on, and the skeleton rotating mechanism and the master controller
Signal connects, to control the rotation of two fixture heads, so that the successively transformer fixed on the fixture head to two
Skeleton carries out encapsulated；
Adhesive tape feeding mechanism；The adhesive tape feeding mechanism is fixedly arranged on the left side of the encapsulated panel, is brought to fixing glue
Expect and adhesive tape supplied materials is delivered on transformer framework fixed on two fixture heads；
Belt cutting mechanism；The belt cutting mechanism is fixedly arranged on the right side of the substrate, to be fixed on fixture head described to two
The encapsulated transformer framework finished on adhesive tape carry out cutting band.
Above technical scheme is further elaborated below：
Preferably, the skeleton rotating mechanism includes vertically being fixedly arranged on connecting with the master controller signal for the substrate
The first asynchronous machine, be erected in the first asynchronous machine upper end shaft and positioned at the surface to drive
The torq for stating the first fixture head or second fixture head rotation, can turn the fixing bearing being fixedly arranged in first via
The dynamic revolution wheel disc being arranged in the fixing bearing and vertically it is fixedly arranged on connecting with the master controller signal for the substrate
Connect to drive it is described revolution wheel disc rotate the second asynchronous machine；Wherein,
The upper end shaft of second asynchronous machine extends to the surface；It is described revolution wheel disc extend downwardly out to
The bottom surface of the encapsulated panel；The extending downwardly out to the part of the bottom surface of the encapsulated panel for wheel disc of revolution passes through
Upper end shaft of one rotating wheel with A and second asynchronous machine socket-connects；
The middle part of the upper surface of the revolution wheel disc downwards from rear to preceding phase it is arranged side by side offer the first axis hole and the second axis
Hole；First fixture head is arranged in first axis hole, and second fixture head is arranged in second axis hole；Described first
The lower end of fixture head and the lower end of second fixture head are corresponded to positioned at the lower section of first axis hole and second axis hole
Lower section, and the position of first fixture head is opposite with the position of the torq；
The torq is shaped to U-shaped structure, is controlled so as to be formed as card in the middle part of the torq and set described first
Has the limiting slot of the lower end of head or the lower end of second fixture head；
When described in second Induction Motor-Driven turn round wheel disc rotation so that the position of first fixture head with it is described
During the location swap of the second fixture head, the lower end of second fixture head can be arranged in the limiting slot.
Preferably, it is solid to include adhesive tape fixed frame, tape dispenser screw rod, adhesive tape retainer plate, tape dispenser for the adhesive tape feeding mechanism
Fixed board, adhesive tape guide rod, adhesive tape spacing collar and guide rod adjustable plate；Wherein,
The connecting pin of the tape dispenser fixed plate is fixedly connected with the left back portion of the upper surface of the encapsulated panel, end to
It is left to extend and be fixedly connected with the adhesive tape fixed frame；The tape dispenser screw rod is rotatably erected on the adhesive tape fixed frame
On；It there are two the adhesive tape retainer plate is set, and covers and is fixed in outside the tape dispenser screw rod, so as to fix adhesive tape supplied materials；The guiding
The connecting pin of bar adjustable plate and the connecting pin of the tape dispenser fixed plate are rotatablely connected, end and the lower end of the adhesive tape guide rod
It is fixedly connected；There are two the adhesive tape spacing collar is set, and movable set is fixed in outside the adhesive tape guide rod, so that limiting and to two
The transformer framework fixed on the fixture head leads adhesive tape supplied materials.
Preferably, the belt cutting mechanism is included first described in the horizontal upper surface for being set up in the encapsulated panel and face
Cutter, cutter fixing support, cutter sliding shoe, the sliding bearing of fixture head upper end and the second fixture head upper end centre position
Seat, cutter swing rod, connecting shaft and the third asynchronous machine being connect with the master controller signal；Wherein,
The right end of the cutter is fixedly arranged on the cutter fixing support；The cutter fixing support is erected on the cutter and slides
On block, what the cutter sliding shoe can horizontally slip is fixedly arranged on the plain bearing housing, and the plain bearing housing is fixedly arranged on institute
It states on encapsulated panel；
The bottom surface of the cutter sliding shoe offers a loose slot along the longitudinal direction close to its left end；The cutter swing rod
Swinging end be installed with a mobilizable holding firmware for being arranged in the limiting slot；The connecting pin of the cutter swing rod and the company
The upper end of spindle is fixedly connected；The lower end of the connecting shaft pass through the encapsulated panel and extend to the encapsulated below the panel and
It is fixedly connected with the upper end shaft of the third asynchronous machine；The third asynchronous machine is erected on the substrate；
When the third asynchronous machine drives the cutter swing rod to swing back and forth, the holding firmware is caused to drive the cutter
Sliding shoe along the plain bearing housing horizontally slip when, the right position of the cutter is adjustable.
Preferably, the plain bearing housing includes two slide bar fixed seats, two sliding bars and two bearings；Wherein,
The two slide bar fixed seats are fixedly arranged on from left to right on the encapsulated panel, wherein the both ends pair of a sliding bar
It should be fixedly connected with the front end of the two slide bar fixed seats, the both ends of another sliding bar correspond to and the two slide bar fixed seats
Rear end be fixedly connected；The two bearing correspondences are slidably sheathed on outside two sliding bars；Under the cutter sliding shoe
The right part of bottom surface is fixedly connected with the upper surface of two bearings.
Preferably, the transformer framework compacting machine to offset with the transformer framework fixed on two fixture heads is further included
Structure；Wherein,
The transformer framework hold-down mechanism is set up in above two fixture heads.
Preferably, the transformer framework hold-down mechanism includes rotation trim ring, rotation press block, compression bar rotary shaft A, rotation
Reel A, lifting rotation set, compression bar rotary shaft B, rotation reel B, rotating wheel band B, rotating shaft base, trim ring lifting plate and with it is described
The driving cylinder of master controller signal connection；Wherein,
There are two the rotation trim ring is set, and fixture head described in face two, and the two rotation trim ring correspondences are fixedly arranged on institute
State the bottom of rotation press block；The top of the rotation press block is fixedly connected with the bottom of the compression bar rotary shaft A, described turn
Moving axis disk A covers the upper end outer wall for being fixed in the compression bar rotary shaft A；The lifting rotation set and compression bar rotary shaft B are vertically arranged；
The lower end of the compression bar rotary shaft B is fixedly connected with the upper end shaft of second asynchronous machine；The compression bar rotary shaft B's is upper
End is extended upwardly to across the encapsulated panel above the encapsulated panel；The lower end of the lifting rotation set can be up and down
Set be fixed in outside the upper end of the compression bar rotary shaft B；The rotation reel B sets are fixed in the upper end outer wall of the lifting rotation set；
The rotating wheel band B is sheathed on outside the rotation reel A and rotation reel B；
The rotating shaft base is erected on the encapsulated panel, and is sheathed on outside the lower end of the lifting rotation set；It is described
Trim ring lifting plate is set on above the rotating shaft base, offers two axis holes on the trim ring lifting plate so that it is corresponding be arranged it is described
Lifting rotation covers and the compression bar rotary shaft A, and is corresponded in two axis holes and be installed with to be socketed the lifting rotation set
Bearing and the bearing to be socketed the compression bar rotary shaft A；The driving cylinder is vertically fixedly arranged on the outer wall of the rotating shaft base,
And the cylinder rod of the driving cylinder upper end is connected to the bottom of the trim ring lifting plate, so as to control the trim ring lifting plate
Lifting；
When compression bar rotary shaft B described in second Induction Motor-Driven drives the lifting rotation set rotation, the liter
Drop rotary sleeve drives the compression bar rotary shaft A to rotate by the rotation reel B, rotating wheel band B and the rotation reel A, institute
It states compression bar rotary shaft A and drives the two rotation trim rings and the torq synchronous rotary；
When the driving cylinder controls the trim ring lifting plate lifting, the trim ring lifting plate drives the lifting rotation
Set and the compression bar rotary shaft A synchronization liftings, the height of the two rotation trim rings that the compression bar rotary shaft A bottoms are equipped with can
It adjusts, the compaction degree of transformer framework that the two rotation trim rings are fixed to two on the fixture head is adjustable.
Preferably, there are two the driving cylinder is set, the two driving cylinders are symmetrically fixedly arranged on the rotating shaft base
Left side wall and right side wall.
Preferably, one first Dustproof casing and one second Dustproof casing are further included；Wherein,
First Dustproof casing is fixedly arranged on the lower part of the encapsulated panel so that by the substrate, the first asynchronous machine,
Second asynchronous machine and the third asynchronous machine cover close；
Second Dustproof casing is fixedly arranged on the top of the encapsulated panel, so that by the rotation reel A, lifting rotation
Set, compression bar rotary shaft B, rotation reel B, rotating wheel band B, rotating shaft base, trim ring lifting plate and the driving cylinder cover close.
The beneficial effects of the utility model are：
One, one kind provided by the utility model are beared down on one formula twin shaft rubber coating machine, in the specific implementation, on the one hand, be equipped with
Two fixture heads to fixed transformer framework so that can the successively transformer framework fixed on the fixture head to two
Carry out encapsulated, in this way, then so that relative to traditional uniaxial encapsulation mechanism, encapsulated operating efficiency can at least improve twice so that
Encapsulated operating efficiency is high, and the encapsulated operation process-cycle can be greatly shortened so that manpower can be reduced and reduce hand labor into
This, on the other hand, the utility model is provided with to the adhesive tape feeding mechanism of transportation rubber belt supplied materials and to cut off cutting for adhesive tape
Band mechanism so that the trouble of artificial conveyance adhesive tape supplied materials and artificial cut-out adhesive tape is eliminated, and then, the utility model practicability
By force, using effect is good.
Secondly, in the technical program, on the one hand, the mobilizable set of the two adhesive tape spacing collars is fixed in the adhesive tape and is oriented to
Outside bar so that the distance between it is adjustable so that limiting can be adapted to and lead the adhesive tape supplied materials of different in width so that adhesive tape comes
Material guidance quality is good and will not shift, and another aspect, the utility model further includes transformer framework hold-down mechanism, when by transformer bone
It after frame set is fixed on two fixture heads, is compressed by the transformer framework hold-down mechanism, i.e., so that treating encapsulated change
Depressor skeleton stationarity is good without shaking so that and it is encapsulated neat without deviating, but also the utility model is suitable for
Large-scale transformer framework being carried out encapsulated so that use is adaptable, and use reliability is strong, and then, the utility model makes
It can reach best with effect.
Description of the drawings
Fig. 1 is that the utility model bears down on one the overall structure diagram one of formula twin shaft rubber coating machine；
Fig. 2 is that the utility model bears down on one the overall structure diagram two of formula twin shaft rubber coating machine；
Fig. 3 is that the utility model formula twin shaft rubber coating machine that bears down on one is removing the rotating shaft base, the first casing and described second
Overall structure diagram three during casing；
Fig. 4 is that the utility model formula twin shaft rubber coating machine that bears down on one is whole when removing first casing and second casing
Body structure diagram four；
The embodiments will be further described with reference to the accompanying drawings for the realization, functional characteristics and advantage of the utility model aim.
Drawing reference numeral：
Substrate 10；
Encapsulated panel 20；
First via 201；
Support column 30；
Fixture head 40；
First fixture head 4011；Second fixture head 4022；
Skeleton rotating mechanism 50；
First asynchronous machine 501；Torq 502；Limiting slot 5021；Fixing bearing 503；Turn round wheel disc 504；Second is asynchronous
Motor 505；
Adhesive tape feeding mechanism 60；
Adhesive tape fixed frame 601；Tape dispenser screw rod 602；Adhesive tape retainer plate 603；Tape dispenser fixed plate 604；Adhesive tape guide rod
605；Adhesive tape spacing collar 606；Guide rod adjustable plate 607；
Belt cutting mechanism 70；
Cutter 701；Cutter fixing support 702；Cutter sliding shoe 703；Loose slot 7031；Plain bearing housing 704；Slide bar is fixed
Seat 7041；Sliding bar 7042；Bearing 7043；Cutter swing rod 705；Holding firmware 7051；Connecting shaft 706；Third asynchronous machine 707；
Transformer framework hold-down mechanism 80；
Rotate trim ring 801；Rotate press block 802；Compression bar rotary shaft A803；Rotate reel A804；Lifting rotation set 805；
Compression bar rotary shaft B806；Rotate reel B807；Rotating wheel band B808；Rotating shaft base 809；Trim ring lifting plate 810；Drive cylinder
811；
First Dustproof casing 90；
Second Dustproof casing 100.
Specific embodiment
The technical solution of the utility model is described in detail below with reference to drawings and the specific embodiments, to become apparent from, directly
See the invention essence that ground understands the utility model.
With reference to shown in Fig. 1, Fig. 2, Fig. 3 and Fig. 4；
One kind provided by the utility model is beared down on one formula twin shaft rubber coating machine, to encapsulated transformer framework is needed to carry out
Adhesive tape it is encapsulated, including master controller, which is characterized in that further include：
Substrate 10；
Encapsulated panel 20；The encapsulated panel 20 is set up in the top of the substrate 10 by support column 30, with the base
10 parallel setting of plate, and the left front portion of the upper surface of the encapsulated panel 20 offers downwards the first via 201；
Fixture head 40；The fixture head 40 include it is mutually arranged side by side be erected on above first via 201 to correspondence
Fixed the first fixture head 401 and the second fixture head 402 for needing two encapsulated transformer frameworks；
Skeleton rotating mechanism 50；The skeleton rotating mechanism 50 is erected on the substrate 10, and the first mistake described in face
Hole 201, the upper end of the skeleton rotating mechanism 50 and the lower end of two fixture heads 40 are mutually screwed on, and the skeleton rotating mechanism
50 connect with the master controller signal, to control the rotation of two fixture heads 40, so that the successively jig to two
Fixed transformer framework carries out encapsulated on first 40；
Adhesive tape feeding mechanism 60；The adhesive tape feeding mechanism 60 is fixedly arranged on the left side of the encapsulated panel 20, to fixation
Adhesive tape supplied materials is simultaneously delivered on transformer framework fixed on two fixture heads 40 by adhesive tape supplied materials；
Belt cutting mechanism 70；The belt cutting mechanism 70 is fixedly arranged on the right side of the substrate 10, to fixture head 40 described to two
Adhesive tape on upper the fixed encapsulated transformer framework finished carries out cutting band.
Based on upper described, it is clear that, one kind provided by the utility model is beared down on one formula twin shaft rubber coating machine, specific
During implementation, on the one hand, set that there are two the fixture heads 40 to fixed transformer framework so that can the successively fixture head to two
Fixed transformer framework carries out encapsulated on 40, in this way, then so that relative to traditional uniaxial encapsulation mechanism, encapsulated operation is imitated
Rate can at least improve twice so that encapsulated operating efficiency is high, and the encapsulated operation process-cycle can be greatly shortened so that can be reduced
Manpower and reduction hand labor cost.
On the other hand, the utility model is provided with to the adhesive tape feeding mechanism 60 of transportation rubber belt supplied materials and to cut off glue
The belt cutting mechanism 70 of band so that eliminate the trouble of artificial conveyance adhesive tape supplied materials and artificial cut-out adhesive tape.
And then the utility model is highly practical, using effect is good.
It is emphasized that in the specific implementation, in the technical program, the skeleton rotating mechanism 50 then includes vertical
It is fixedly arranged on that the first asynchronous machine 501 being connect with the master controller signal of the substrate 10, to be erected on described first asynchronous
Driving first fixture head 401 or described second control in 501 upper end shaft of motor and positioned at 10 top of the substrate
The torq 502 of the tool rotation of head 402, is rotatably arranged in institute at the fixing bearing 503 being fixedly arranged in first via 201
It states the revolution wheel disc 504 in fixing bearing 503 and is vertically fixedly arranged on connecting with the master controller signal for the substrate 10
To the second asynchronous machine 505 that the revolution wheel disc 504 is driven to rotate；Wherein,
The upper end shaft of second asynchronous machine 505 extends to 10 top of substrate；The revolution wheel disc 504 is downward
Extend out to the bottom surface of the encapsulated panel 20；The revolution wheel disc 504 is extended downwardly out to the encapsulated panel 20
The part of bottom surface is socket-connected by a rotating wheel with A (not shown) and the upper end shaft of second asynchronous machine 505；
The middle part of the upper surface of the revolution wheel disc 504 downwards from rear to preceding phase it is arranged side by side offer the first axis hole and second
Axis hole；First fixture head 401 is arranged in first axis hole, and second fixture head 402 is arranged in second axis hole；
The lower end of first fixture head 401 and the lower end of second fixture head 402 correspond to positioned at the lower section of first axis hole and
The lower section of second axis hole, and the position of first fixture head 401 is opposite with the position of the torq 502；
The torq 502 is shaped to U-shaped structure so that the middle part of the torq 502 be formed as card set it is described
The lower end of first fixture head 401 or the limiting slot 5021 of the lower end of second fixture head 402；
When second asynchronous machine 505 drives the revolution wheel disc 504 to rotate, so that first fixture head 401
When position and the location swap of second fixture head 402, the lower end of second fixture head 402 can be arranged in the limiting
In slot 5021.
Also, in the technical program, the adhesive tape feeding mechanism 60 includes adhesive tape fixed frame 601, tape dispenser screw rod
602nd, adhesive tape retainer plate 603, tape dispenser fixed plate 604, adhesive tape guide rod 605, adhesive tape spacing collar 606 and guide rod adjustable plate
607；Wherein,
The connecting pin of the tape dispenser fixed plate 604 is fixedly connected with the left back portion of the upper surface of the encapsulated panel 20,
End extends and is fixedly connected with the adhesive tape fixed frame 601 to the left；The tape dispenser screw rod 602 is rotatably erected on described
On adhesive tape fixed frame 601；It there are two the adhesive tape retainer plate 603 is set, and covers and is fixed in outside the tape dispenser screw rod 602, so that card
Solid glue band supplied materials；The connecting pin of the guide rod adjustable plate 607 and the connecting pin of the tape dispenser fixed plate 604 are rotatablely connected,
End is fixedly connected with the lower end of the adhesive tape guide rod 605；There are two the adhesive tape spacing collar 606 is set, and movable set is solid
In outside the adhesive tape guide rod 605, so that the transformer framework for limiting and being fixed on two fixture heads 40 leads adhesive tape
Material.
And in the technical program, the belt cutting mechanism 70 includes the horizontal upper surface for being set up in the encapsulated panel 20
And cutter 701, the cutter of 401 upper end of the first fixture head described in face and the 402 upper end centre position of the second fixture head are fixed
Frame 702, cutter sliding shoe 703, plain bearing housing 704, cutter swing rod 705, connecting shaft 706 and with the master controller signal connect
The third asynchronous machine 707 connect；Wherein,
The right end of the cutter 701 is fixedly arranged on the cutter fixing support 702；The cutter fixing support 702 is erected on institute
It states on cutter sliding shoe 703, what the cutter sliding shoe 703 can horizontally slip is fixedly arranged on the plain bearing housing 704, described
Plain bearing housing 704 is fixedly arranged on the encapsulated panel 20；
The bottom surface of the cutter sliding shoe 703 offers a loose slot 7031 along the longitudinal direction close to its left end；It is described
The swinging end of cutter swing rod 705 is installed with a mobilizable holding firmware 7051 for being arranged in the loose slot 7031；The cutter
The connecting pin of swing rod 705 is fixedly connected with the upper end of the connecting shaft 706；The lower end of the connecting shaft 706 passes through described encapsulated
Panel 20 simultaneously extends to 20 lower section of encapsulated panel and is fixedly connected with the upper end shaft of the third asynchronous machine 707；Institute
It states third asynchronous machine 707 and is erected on the substrate 10；
When the third asynchronous machine 707 drives the cutter swing rod 705 to swing back and forth, cause 7051 band of holding firmware
Move the cutter sliding shoe 703 along the plain bearing housing 704 horizontally slip when, the right position of the cutter 701 is adjustable.
Based on described above, it is to be understood that the substantially operation principle of the utility model is：
First, it will need manually on encapsulated transformer framework feeding to first fixture head 401 and described second control
Have on head 402, and corresponding adhesive tape supplied materials is fixed on corresponding adhesive tape feeding mechanism 60, pass through corresponding adhesive tape guide rod
605 guiding so that the end of corresponding adhesive tape supplied materials from the rear portion of first fixture head 401 by it is viscous set it is described to being fixedly arranged on
The rear surface for treating encapsulated transformer framework on first fixture head 401.
Secondly, by the control of the master controller, so that first asynchronous machine 501 drives the torq 502
Rotate clockwise a few so that the torq 502 drives first fixture head 401 to rotate clockwise a few, so that adhesive tape
Supplied materials is wound to the surface for treating encapsulated transformer framework being fixedly arranged on first fixture head 401；
Again, then the control by the master controller, so that second asynchronous machine 505 drives the revolution wheel disc
504 rotate clockwise half-turn so that first fixture head 401 and second fixture head, 402 entirety are rotated half-turn so that
Its location swap, at this point, the lower end of second fixture head 402 is then arranged in the torq 502, from first jig
The adhesive tape supplied materials that the surface of the encapsulated transformer framework finished on first 401 is drawn is then from the right side of second fixture head 402
It is set by viscous to the right surface for treating encapsulated transformer framework being fixedly arranged on second fixture head 402.
Furthermore then the control by the master controller so that the third asynchronous machine 707 drives the cutter 701
It is slided to the left along the plain bearing housing 704 and enters 401 upper end of the first fixture head and 402 upper end of the second fixture head
Centre position cuts off adhesive tape supplied materials and then the control by the master controller so that it is reset to original state.
Again, then the control by the master controller, so that first asynchronous machine 501 drives the torq
502 rotate clockwise a few so that the torq 502 drives second fixture head 402 to rotate clockwise a few, so that glue
The surface for treating encapsulated transformer framework being fixedly arranged on second fixture head 402 is wound to supplied materials, that is, completes one
Work period.
It so moves in circles, i.e., so that the utility model can be ceaselessly to change fixed on first fixture head 401
Fixed transformer framework carries out the encapsulated operation of adhesive tape supplied materials on depressor skeleton and second fixture head 402 so that this
Utility model can work uninterruptedly so that the encapsulated operating efficiency of transformer framework can be greatly improved, so as to the utility model
Using effect can be significantly improved.
Preferably, in the technical program, the plain bearing housing 704 includes two slide bar fixed seats 7041, two sliding bars
7042 and two bearings 7043；Wherein,
The two slide bar fixed seats 7041 are fixedly arranged on from left to right on the encapsulated panel 20, wherein a sliding bar
7042 both ends correspond to and are fixedly connected with the front end of the two slide bar fixed seats 7041, the both ends pair of another sliding bar 7042
It should be fixedly connected with the rear end of the two slide bar fixed seats 7041；Two bearings 7043, which correspond to, to be slidably sheathed on described in two
Outside sliding bar 7042；The right part of the bottom surface of the cutter sliding shoe 703 is fixedly connected with the upper surface of two bearings 7043.
In this way, the cutter 701 in the technical program is pushes cutter sliding shoe 703 along institute using cutter swing rod 705
It states the mode that plain bearing housing 704 horizontally slips to be driven so that carry out relative to traditional gear-driven mode of use
Transmission, noise is small, at low cost, and drive position is precisely sensitive and so that related components are not easy frayed so that whole to use the longevity
Life can be greatly prolonged.
And then the using effect of the utility model can be further enhanced well.
It should be noted that in the technical program, the utility model is further included with being fixed on two fixture heads 40
The transformer framework hold-down mechanism 80 that offsets of transformer framework；Wherein,
The transformer framework hold-down mechanism 80 is set up in two 40 tops of fixture head.
Specifically, in the technical program, the transformer framework hold-down mechanism 80 includes rotation trim ring 801, rotation is supported
Briquetting 802, compression bar rotary shaft A803, rotation reel A804, lifting rotation set 805, compression bar rotary shaft B806, rotation reel
B807, rotating wheel are with B808, rotating shaft base 809, trim ring lifting plate 810 and the driving cylinder being connect with the master controller signal
811；Wherein,
There are two the rotation trim ring 801 is set, and fixture head 40 described in face two, and the two rotation trim rings 801 correspond to
It is fixedly arranged on the bottom of the rotation press block 802；The top of the rotation press block 802 and the bottom of the compression bar rotary shaft A803
Portion is fixedly connected, and the rotation reel A804 sets are fixed in the upper end outer wall of the compression bar rotary shaft A803；The lifting rotation set
805 and compression bar rotary shaft B806 is vertically arranged；The lower end of the compression bar rotary shaft B806 and second asynchronous machine 505
Upper end shaft is fixedly connected；The upper end of the compression bar rotary shaft B806 passes through the encapsulated panel 20 and extends upwardly to the packet
20 top of glue surface plate；The lower end set movable up and down of the lifting rotation set 805 is fixed in the upper of the compression bar rotary shaft B806
End is outer；The rotation reel B807 sets are fixed in the upper end outer wall of the lifting rotation set 805；The rotating wheel band B808 is sheathed on
Outside the rotation reel A804 and rotation reel B807；
The rotating shaft base 809 is erected on the encapsulated panel 20, and is sheathed on the lower end of the lifting rotation set 805
Outside；The trim ring lifting plate 810 is set on 809 top of rotating shaft base, and two axis holes are offered on the trim ring lifting plate 810,
So that corresponding be arranged the 805 and compression bar rotary shaft A803 of the lifting rotation set, and corresponded in two axis holes fixed useful
With the bearing for being socketed the lifting rotation set 805 and the bearing to be socketed the compression bar rotary shaft A803；The driving cylinder
811 are vertically fixedly arranged on the outer wall of the rotating shaft base 809, and the cylinder rod of 811 upper end of the driving cylinder is connected to the pressure
The bottom of lifting plate 810 is enclosed, so as to control the lifting of the trim ring lifting plate 810；
When second asynchronous machine 505 drives the compression bar rotary shaft B806 to drive 805 rotation of lifting rotation set
When, the lifting rotation set 805 drives institute by the rotation reel B807, rotating wheel band B808 and the rotation reel A804
Compression bar rotary shaft A803 rotations are stated, the compression bar rotary shaft A803 drives the two rotation trim rings 801 and the torq 502 same
Step rotation；
When the driving cylinder 811 controls the trim ring lifting plate 810 to lift, the trim ring lifting plate 810 drives institute
State lifting rotation set 805 and the compression bar rotary shaft A803 synchronization liftings, the compression bar rotary shaft A803 bottoms be equipped with two
The height of the rotation trim ring 801 is adjustable, the transformer bone that the two rotation trim rings 801 are fixed to two on the fixture head 40
The compaction degree of frame is adjustable.
Herein, it is also understood that, after skeleton transformer is encapsulated, then the driving cylinder 811 can also be passed through
Driving, so that the two rotation trim rings 801 are raised to being detached from the encapsulated transformer framework finished so that convenient for manually will be encapsulated
The transformer framework finished, which is removed from the fixture head 40 and reloaded, new treats encapsulated transformer framework.
And for it is described above can also be clear and definite, the transformer framework hold-down mechanism 80 then with the skeleton rotating mechanism 50
Synchronous Transmission so that can effectively pressing transformer framework and ensure transformer framework will not be subjected to displacement.So that treat encapsulated change
Depressor skeleton stationarity is good without shaking so that and it is encapsulated neat without deviating, but also the utility model is suitable for
Large-scale transformer framework is carried out encapsulated so that use is adaptable, and use reliability is strong.
And then the using effect of the utility model can reach best
You need to add is that in the specific implementation, there are two the driving cylinder 811 is set, the two driving cylinders 811 are right
The left side wall and right side wall that are fixedly arranged on the rotating shaft base 809 claimed.
Supplement is needed further exist for, in the specific implementation, the utility model further includes one first Dustproof casing 90 and one
Second Dustproof casing 100；Wherein,
First Dustproof casing 90 is fixedly arranged on the lower part of the encapsulated panel 20, so that the substrate 10, first is different
Motor 501, the second asynchronous machine 505 and the third asynchronous machine 707 cover is walked to close；
Second Dustproof casing 100 is fixedly arranged on the top of the encapsulated panel 20 so that by the rotation reel A804,
Lifting rotation set 805, compression bar rotary shaft B806, rotation reel B807, rotating wheel band B808, rotating shaft base 809, trim ring lifting plate
810 and it is described driving cylinder 811 cover close.
In this way, the first Dustproof casing 90 and the second Dustproof casing 100 added, then make it possible to the more of the utility model
A driving member, including first asynchronous machine 501, the second asynchronous machine 505 and described third asynchronous machine 707 etc.,
It can be protected well so that its use is more safe and reliable.
Other embodiment etc., here, not illustrating one by one.
In conclusion the overall structure of the utility model is simple, easily implement, easy to operate, highly practical, specificity is strong,
It in the improvement of structure and the improvement of technology, does not need to increase too many cost so that the utility model necessarily has good
Market popularization value, the utility model can be very welcome, can effectively be popularized.
The above is only the preferred embodiment of the present invention, not thereby limits the patent protection model of the utility model
Enclose, the transformation of every equivalent structure made based on the specification and figures of the utility model or equivalent process or directly or
Other related technical areas are used in indirectly, are equally included in the patent within the scope of the utility model.
Claims (9)
- The formula twin shaft rubber coating machine 1. one kind is beared down on one, to carry out the encapsulated of adhesive tape to the encapsulated transformer framework of needs, including master control Device processed, which is characterized in that further include：Substrate；Encapsulated panel；The encapsulated panel is set up in the top of the substrate by support column, setting parallel with the substrate, And the left front portion of the upper surface of the encapsulated panel offers downwards the first via；Fixture head；The fixture head is encapsulated to corresponding fixed needs above first via including mutually arranged side by side being erected on Two transformer frameworks the first fixture head and the second fixture head；Skeleton rotating mechanism；The skeleton rotating mechanism is erected on the substrate, and the first via described in face, the skeleton The upper end of rotating mechanism and the lower end of two fixture heads are mutually screwed on, and the skeleton rotating mechanism and the master controller signal Connection, to control the rotation of two fixture heads, so that the successively transformer framework fixed on the fixture head to two It carries out encapsulated；Adhesive tape feeding mechanism；The adhesive tape feeding mechanism is fixedly arranged on the left side of the encapsulated panel, to fixation adhesive tape supplied materials simultaneously Adhesive tape supplied materials is delivered on transformer framework fixed on two fixture heads；Belt cutting mechanism；The belt cutting mechanism is fixedly arranged on the right side of the substrate, is connect with the master controller signal, to two On the fixture head adhesive tape on the fixed encapsulated transformer framework finished carry out cutting band.
- 2. the formula twin shaft rubber coating machine according to claim 1 that bears down on one, which is characterized in that the skeleton rotating mechanism includes vertical It is fixedly arranged on the first asynchronous machine being connect with the master controller signal of the substrate, is erected on first asynchronous machine Torsion in the shaft of end and positioned at the surface first fixture head or second fixture head to be driven to rotate Head, the fixing bearing being fixedly arranged in first via, the revolution wheel disc that is rotatably arranged in the fixing bearing and perpendicular To being fixedly arranged on, being connect with the master controller signal for the substrate is second asynchronous the revolution wheel disc to be driven to rotate Motor；Wherein,The upper end shaft of second asynchronous machine extends to the surface；The revolution wheel disc is extended downwardly out to described The bottom surface of encapsulated panel；The revolution wheel disc extends downwardly out the part to the bottom surface of the encapsulated panel by one turn Upper end shaft of the driving wheel with A and second asynchronous machine socket-connects；The middle part of the upper surface of the revolution wheel disc downwards from rear to preceding phase it is arranged side by side offer the first axis hole and the second axis hole；Institute It states the first fixture head and is arranged in first axis hole, second fixture head is arranged in second axis hole；First jig The lower end of head and the lower end of second fixture head correspond to the lower section positioned at the lower section of first axis hole and second axis hole, And the position of first fixture head is opposite with the position of the torq；The torq is shaped to U-shaped structure, so that being formed as card in the middle part of the torq sets first fixture head Lower end or second fixture head lower end limiting slot；When turning round wheel disc rotation described in second Induction Motor-Driven, so that the position of first fixture head and described second During the location swap of fixture head, the lower end of second fixture head can be arranged in the limiting slot.
- 3. the formula twin shaft rubber coating machine according to claim 2 that bears down on one, which is characterized in that the adhesive tape feeding mechanism includes adhesive tape Fixed frame, tape dispenser screw rod, adhesive tape retainer plate, tape dispenser fixed plate, adhesive tape guide rod, adhesive tape spacing collar and guide rod are adjusted Plate；Wherein,The connecting pin of the tape dispenser fixed plate is fixedly connected with the left back portion of the upper surface of the encapsulated panel, and end is prolonged to the left It stretches and is fixedly connected with the adhesive tape fixed frame；The tape dispenser screw rod is rotatably erected on the adhesive tape fixed frame；Institute It states there are two adhesive tape retainer plate sets, and covers and be fixed in outside the tape dispenser screw rod, so as to fix adhesive tape supplied materials；The guide rod is adjusted The connecting pin of plate and the connecting pin of the tape dispenser fixed plate are rotatablely connected, and the lower end of end and the adhesive tape guide rod, which is fixed, to be connected It connects；There are two the adhesive tape spacing collar is set, and movable set is fixed in outside the adhesive tape guide rod, so as to limit and controlled to described in two The transformer framework fixed on tool head leads adhesive tape supplied materials.
- 4. the formula twin shaft rubber coating machine according to claim 2 that bears down on one, which is characterized in that the belt cutting mechanism includes horizontal frame Set on the upper surface of the encapsulated panel and the first fixture head upper end described in face and the second fixture head upper end centre position Cutter, cutter fixing support, cutter sliding shoe, plain bearing housing, cutter swing rod, connecting shaft and with the master controller signal connect The third asynchronous machine connect；Wherein,The right end of the cutter is fixedly arranged on the cutter fixing support；The cutter fixing support is erected on the cutter sliding shoe On, what the cutter sliding shoe can horizontally slip is fixedly arranged on the plain bearing housing, and the plain bearing housing is fixedly arranged on described On encapsulated panel；The bottom surface of the cutter sliding shoe offers a loose slot along the longitudinal direction close to its left end；The pendulum of the cutter swing rod Moved end is installed with a mobilizable holding firmware for being arranged in the limiting slot；The connecting pin of the cutter swing rod and the connecting shaft Upper end be fixedly connected；The lower end of the connecting shaft pass through the encapsulated panel and extend to the encapsulated below the panel and with institute The upper end shaft for stating third asynchronous machine is fixedly connected；The third asynchronous machine is erected on the substrate；When the third asynchronous machine drives the cutter swing rod to swing back and forth, cause the holding firmware that the cutter is driven to slide Block along the plain bearing housing horizontally slip when, the right position of the cutter is adjustable.
- 5. the formula twin shaft rubber coating machine according to claim 4 that bears down on one, which is characterized in that the plain bearing housing includes two slide bars Fixed seat, two sliding bars and two bearings；Wherein,The two slide bar fixed seats are fixedly arranged on from left to right on the encapsulated panel, wherein a sliding bar both ends correspond to The front end of the two slide bar fixed seats is fixedly connected, after the both ends correspondence of another sliding bar and the two slide bar fixed seats End is fixedly connected；The two bearing correspondences are slidably sheathed on outside two sliding bars；The bottom surface of the cutter sliding shoe Right part be fixedly connected with the upper surface of two bearings.
- 6. beared down on one formula twin shaft rubber coating machine according to claim 4-5 any one of them, which is characterized in that further include with being controlled described in two The transformer framework hold-down mechanism that the transformer framework fixed on tool head offsets；Wherein,The transformer framework hold-down mechanism is set up in above two fixture heads.
- 7. the formula twin shaft rubber coating machine according to claim 6 that bears down on one, which is characterized in that the transformer framework hold-down mechanism packet Include rotation trim ring, rotation press block, compression bar rotary shaft A, rotation reel A, lifting rotation set, compression bar rotary shaft B, rotation reel B, Rotating wheel is with B, rotating shaft base, trim ring lifting plate and the driving cylinder being connect with the master controller signal；Wherein,There are two the rotation trim ring is set, and fixture head described in face two, and the two rotation trim ring correspondences are fixedly arranged on the rotation Turn the bottom of press block；The top of the rotation press block is fixedly connected with the bottom of the compression bar rotary shaft A, the rotation axis Disk A covers the upper end outer wall for being fixed in the compression bar rotary shaft A；The lifting rotation set and compression bar rotary shaft B are vertically arranged；It is described The lower end of compression bar rotary shaft B is fixedly connected with the upper end shaft of second asynchronous machine；It wears the upper end of the compression bar rotary shaft B It crosses the encapsulated panel and extends upwardly to above the encapsulated panel；The lower end set movable up and down of the lifting rotation set It is fixed in outside the upper end of the compression bar rotary shaft B；The rotation reel B sets are fixed in the upper end outer wall of the lifting rotation set；It is described Rotating wheel band B is sheathed on outside the rotation reel A and rotation reel B；The rotating shaft base is erected on the encapsulated panel, and is sheathed on outside the lower end of the lifting rotation set；The trim ring Lifting plate is set on above the rotating shaft base, and two axis holes are offered on the trim ring lifting plate, so that correspondence is arranged the lifting Rotary sleeve and the compression bar rotary shaft A, and the corresponding bearing for being installed with to be socketed the lifting rotation set in two axis holes And the bearing to be socketed the compression bar rotary shaft A；The driving cylinder is vertically fixedly arranged on the outer wall of the rotating shaft base, and institute The cylinder rod for stating driving cylinder upper end is connected to the bottom of the trim ring lifting plate, so as to control the liter of the trim ring lifting plate Drop；When compression bar rotary shaft B described in second Induction Motor-Driven drives the lifting rotation set rotation, the lifting rotation Pivoted housing drives the compression bar rotary shaft A to rotate by the rotation reel B, rotating wheel band B and the rotation reel A, the pressure Bar rotary shaft A drives the two rotation trim rings and the torq synchronous rotary；When the driving cylinder controls trim ring lifting plate lifting, the trim ring lifting plate drive the lifting rotation set and The compression bar rotary shaft A synchronization liftings, the height of the two rotation trim rings that the compression bar rotary shaft A bottoms are equipped with is adjustable, The compaction degree of transformer framework that the two rotation trim rings are fixed to two on the fixture head is adjustable.
- 8. the formula twin shaft rubber coating machine according to claim 7 that bears down on one, which is characterized in that there are two the driving cylinder is set, two The driving cylinder is symmetrically fixedly arranged on the left side wall and right side wall of the rotating shaft base.
- 9. the formula twin shaft rubber coating machine according to claim 7 that bears down on one, which is characterized in that further include one first Dustproof casing and one Second Dustproof casing；Wherein,First Dustproof casing is fixedly arranged on the lower part of the encapsulated panel, so that by the substrate, the first asynchronous machine, second Asynchronous machine and the third asynchronous machine cover close；Second Dustproof casing is fixedly arranged on the top of the encapsulated panel so that by the rotation reel A, lifting rotation set, Compression bar rotary shaft B, rotation reel B, rotating wheel band B, rotating shaft base, trim ring lifting plate and the driving cylinder cover close.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721176818.4U CN207558603U (en) | 2017-09-12 | 2017-09-12 | Formula of bearing down on one twin shaft rubber coating machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721176818.4U CN207558603U (en) | 2017-09-12 | 2017-09-12 | Formula of bearing down on one twin shaft rubber coating machine |
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| Publication Number | Publication Date |
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| CN207558603U true CN207558603U (en) | 2018-06-29 |
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| CN201721176818.4U Active CN207558603U (en) | 2017-09-12 | 2017-09-12 | Formula of bearing down on one twin shaft rubber coating machine |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109545581A (en) * | 2018-11-13 | 2019-03-29 | 刘宝 | A kind of thin-film capacitor fuse rubber coating machine |
| CN112614682A (en) * | 2020-12-18 | 2021-04-06 | 蚌埠市正园电子科技股份有限公司 | Double-pressure rubber coating machine for transformer |
| CN114476878A (en) * | 2022-02-25 | 2022-05-13 | 中国科学院高能物理研究所 | Winding device and method for sealing large-size photomultiplier |
-
2017
- 2017-09-12 CN CN201721176818.4U patent/CN207558603U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109545581A (en) * | 2018-11-13 | 2019-03-29 | 刘宝 | A kind of thin-film capacitor fuse rubber coating machine |
| CN109545581B (en) * | 2018-11-13 | 2021-02-05 | 陕西爱普特微电子有限公司 | Film capacitor core rubber coating machine |
| CN112614682A (en) * | 2020-12-18 | 2021-04-06 | 蚌埠市正园电子科技股份有限公司 | Double-pressure rubber coating machine for transformer |
| CN112614682B (en) * | 2020-12-18 | 2023-02-14 | 蚌埠市正园电子科技股份有限公司 | Double-pressure rubber coating machine for transformer |
| CN114476878A (en) * | 2022-02-25 | 2022-05-13 | 中国科学院高能物理研究所 | Winding device and method for sealing large-size photomultiplier |
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