CN209395412U - A kind of contraposition component based on the full-automatic screen-printing machine of Double tabletop - Google Patents
A kind of contraposition component based on the full-automatic screen-printing machine of Double tabletop Download PDFInfo
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- CN209395412U CN209395412U CN201821744940.1U CN201821744940U CN209395412U CN 209395412 U CN209395412 U CN 209395412U CN 201821744940 U CN201821744940 U CN 201821744940U CN 209395412 U CN209395412 U CN 209395412U
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- adjustment
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- rack
- adjustment plate
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- Screen Printers (AREA)
Abstract
The utility model relates to a kind of contraposition components based on the full-automatic screen-printing machine of Double tabletop, it is arranged in rack side, the contraposition component include the three-dimensional adjustment section being arranged on the rack, be arranged in three-dimensional adjustment section for stock place to bit platform and be arranged in on bit platform with the contraposition clamping part for clamping stock, the rack be provided with above to bit platform for shooting stock with control three-dimensional adjustment section adjustment contraposition photographic device.The utility model has the effect of that contraposition is high-efficient.
Description
Technical field
The utility model relates to the technical fields of screen-printing machine components, are based on Double tabletop fully automatic network more particularly, to one kind
The contraposition component of print machine.
Background technique
Currently, screen printing is referred to as omnipotent printing, it can be printed in various printable fabrics, such as various plastic cement, spinning
The materials such as fabric, metal, glass, ceramics, printed circuit board, so be widely used in advertisement, the fine arts, building, publication, printing and dyeing,
And the industrial circles such as electronics.Especially electronics industry, screen printing techniques occupation rate are up to 90%, the importance of screen painting by
This is visible.
Traditional screen-printing machine includes rack, to bit platform, printing assembly and conveying assembly, is arranged bit platform in rack one
The other side of rack is arranged in side, printing assembly, and stock is placed on to aligning in advance on bit platform, and conveying assembly is by printing
Object, which is transported in printing assembly to bit platform, carries out printing work.
In use, staff needs manually to be placed on stock to align on bit platform, then by defeated
The mode that sending component conveys stock, will lead to stock contraposition efficiency it is lower, therefore there are certain improvement it
Place.
Utility model content
The purpose of this utility model is to provide a kind of contraposition components based on the full-automatic screen-printing machine of Double tabletop, have contraposition
High-efficient feature.
The above-mentioned technical purpose of the utility model has the technical scheme that
A kind of contraposition component based on the full-automatic screen-printing machine of Double tabletop, in rack side, which includes setting for setting
It sets three-dimensional adjustment section on the rack, be arranged in three-dimensional adjustment section so that stock was placed existing to bit platform and setting
To, with the contraposition clamping part for clamping stock, the rack is provided with above to bit platform for shooting on bit platform
Stock is to control the photographic device that the adjustment of three-dimensional adjustment section aligns.
Through the above technical solutions, staff by stock on bit platform, at this point, contraposition clamping part by stock into
Row grips, and to adjust the position to bit platform by three-dimensional adjustment section, the application answers subsequent photographic device shooting stock
The mode for being shot with photographic device and three-dimensional adjustment section being cooperated to be adjusted, to effectively improve the contraposition efficiency of stock.
Preferably, the three-dimensional adjustment section include the first adjustment plate stacked up and down, second adjustment plate, third adjustment plate and
Mounting plate, the first adjustment plate are arranged on the rack, and it is laterally sliding that the upper surface of the first adjustment plate is provided at least one
Rail, the second adjustment plate are slidably mounted in horizontal slide rail, and it is vertical that the upper surface of the second adjustment plate is provided at least one
To sliding rail, the third adjustment plate is slidably mounted in longitudinal slide rail, and four corners of third adjustment plate upper surface are all provided with
It is equipped with tilt slide, the mounting plate is slidably mounted on tilt slide, described to be connected to installation by support column to bit platform
On plate；
It is provided with the first adjustment motor for driving second adjustment plate to slide laterally on the first adjustment plate, described
It is provided with the second adjustment motor for driving third adjustment plate longitudinal sliding motion in two adjustment plates, is arranged in the third adjustment plate
There is the third for driving mounting plate to rotate horizontally to adjust motor.
Through the above technical solutions, the image of photographic device shooting stock, deviates predeterminated position in the position of stock
When, and then the first adjustment motor, second adjustment motor, third adjustment motor action can be controlled, by driving workbench horizontal
It to, longitudinal direction and rotates horizontally and then realizes stock on predeterminated position, using matching for above-mentioned photographic device and three-dimensional adjustment section
The position of adjustment stock is closed, degree of regulation is high, adjustment speed is fast.
Preferably, the contraposition clamping part includes the longitudinal carrier being arranged in on bit platform and can bracket along longitudinal direction
The horizontal support for sliding and fixing is slidably fitted with contraposition bar on the longitudinal carrier, is provided with and is used on the longitudinal carrier
The sliding of contraposition bar is driven to contradict the first contraposition cylinder on stock longitudinal direction side；
Be provided on the horizontal support can transversely bracket slide and the contraposition slider of fixation, the contraposition slider
On the second contraposition cylinder is installed, be equipped on the output rod of the second contraposition cylinder for contradicting surface on the substrate
To potential head；
The paraposition components for clamping stock transverse direction side are additionally provided in the rack.
Through the above technical solutions, contraposition bar can clamp on the side of stock longitudinal direction, paraposition components can be pressed from both sides
On the side for holding stock transverse direction, the surface to bit platform can be pressed on to potential head, using above-mentioned contraposition for stock
Stock can be effectively clamped to on bit platform by clamping part, clamp high-efficient, good fixing effect.
Preferably, described to being offered in the middle part of bit platform for passing through slot for the contraposition that conveying assembly is installed.
Through the above technical solutions, contraposition provides the installation space of conveying assembly by slot, the simplicity of structure is improved.
Preferably, the paraposition components include being slidably arranged in contraposition by the contraposition sliding shoe in groove groove wall, and contraposition is slided
Motion block can vertical direction sliding, contraposition is by being provided with the first cylinder for pushing contraposition sliding shoe sliding, contraposition cunning on slot
It is horizontally arranged with the second cylinder on motion block, contraposition clamping piece is connected on the output rod of the second cylinder.
Through the above technical solutions, paraposition components can clamp stock, to further increase stock right
Effect is gripped on bit platform.
Preferably, described that rubber material is used to potential head.
Through the above technical solutions, rubber material contradicts on the substrate potential head, to reach the mesh of protection stock
's.
In conclusion the advantageous effects of the utility model are as follows:
The mode that the application application photographic device shoots and three-dimensional adjustment section is cooperated to be adjusted, to effectively improve stock
Contraposition efficiency.
Detailed description of the invention
Fig. 1 is the overall schematic of embodiment；
Fig. 2 is the structural schematic diagram that component is aligned in embodiment；
Fig. 3 is the first structure diagram of three-dimensional adjustment section in embodiment；
Fig. 4 is the second structural schematic diagram of three-dimensional adjustment section in embodiment；
Fig. 5 is the structural schematic diagram of conveying assembly in embodiment；
Fig. 6 is the structural schematic diagram in lifting portion in embodiment；
Fig. 7 is the scheme of installation of printing assembly in embodiment；
Fig. 8 is the structural schematic diagram of printing assembly in embodiment；
Fig. 9 is the first structure diagram of halftone mounting portion in embodiment；
Figure 10 is the structural schematic diagram that block is jacked in embodiment；
Figure 11 is the scheme of installation of lifting cylinder in embodiment；
Figure 12 is the second structural schematic diagram of halftone mounting portion in embodiment；
Figure 13 is the structural schematic diagram of scraper part in embodiment；
Figure 14 is the enlarged diagram in the portion A in Figure 13；
Figure 15 is the structural schematic diagram of halftone compensation component in embodiment；
Figure 16 is the scheme of installation of swinging block in halftone compensation component.
Appended drawing reference: 1, rack；2, component is aligned；21, three-dimensional adjustment section；211, the first adjustment plate；212, second adjustment
Plate；213, third adjustment plate；214, mounting plate；215, horizontal slide rail；216, longitudinal slide rail；217, tilt slide；218, it supports
Column；219, the first adjustment motor；220, the first adjustment block；221, the first screw rod；222, second adjustment motor；223, second adjustment
Block；224, the second screw rod；225, third adjusts motor；226, third adjustment block；227, third adjustment block；228, third screw rod；
22, to bit platform；23, clamping part is aligned；231, longitudinal carrier；232, horizontal support；233, bar is aligned；234, the first contraposition gas
Cylinder；235, slider is aligned；236, the second contraposition cylinder；237, to potential head；238, paraposition components；2381, sliding shoe is aligned；
2382, the first cylinder；2383, the second cylinder；2384, clamping piece is aligned；239, contraposition passes through slot；24, photographic device；25, it props up
Support beam；26, crossbeam；3, printing assembly；31, printing platform；32, printing frame；33, printing passes through slot；34, suction hole is printed；35,
Lifting cylinder；36, halftone mounting portion；361, the first installing frame；362, the second installing frame；363, third installing frame；364, it connects
Axis；365, the first link block；366, sliding groove；367, jacking post；368, block is jacked；369, sliding slot；370, the first jacking plane；
371, inclined-plane is jacked；372, the second jacking plane；373, jacking cylinder；374, halftone installation component；3741, the first mounting rod；
3742, the second mounting rod；3743, the first claw；3744, the first clamping bolt；3745, the first adapting table；3746, gas is compressed
Cylinder；3747, the second claw；3748, the second clamping bolt；3749, the second adapting table；37, scraper part；3711, scraper sliding seat；
3712, doctor beam；3713, scraper component；3714, scraper mounting base；3715, scraper support frame；3716, scraper support plate；
3717, knife plate is scraped；3718, scraper drives cylinder；3719, scraper motor；3720, regulating tank；3721, height adjusting part；3722,
Height adjustment cylinder；3723, height regulating rod；3724, screw rod is adjusted；3725, angle adjustment；3726, fixed block；3727, it puts
Dynamic seat；3728, the first arc groove；3729, the second arc groove；3730, fastener；3731, fastening nut；3732, adjusting knob；
3733, accommodating cavity；3734, angled slide block；3735, elastic spring；3736, gear ring；38, lifting cylinder；381, support frame；382,
Two link blocks；383, support chip；39, halftone compensation component；391, speed reducer；392, swinging block；393, interlocking bar；394, stablize
Block；395, installation cavity；396, eccentric adjusting cylinder；397, adjusting rod；398, swing rod；399, linkage rack；400, back-moving spring；4,
Conveying assembly；41, mounting groove is conveyed；42, mounting rack is conveyed；43, transport platform；44, suction hole is conveyed；45, lifting portion；451,
One lifting mounting rack；452, the second lifting mounting rack；453, it is lifted bracket；454, it is lifted inclined-plane；455, it is lifted idler wheel；456, it lifts
Rise cylinder；457, spud pile；458, it is lifted guide post；459, it is lifted sliding sleeve；460, buffer spring；5, feeding web；6, first
Lifting cylinder；7, magnetic erecting bed；8, the first electromagnetism actuation portion；81, the first magnetic bracket；82, the first damping spring；83,
One electromagnet；9, the second electromagnetism actuation portion；91, the second magnetic bracket；92, the second damping spring；93, the second electromagnet；10, go out
Expect conveyer belt.
Specific embodiment
The utility model is described in further detail below in conjunction with attached drawing.
As shown in Figure 1, a kind of full-automatic screen-printing machine of Double tabletop, including rack 1, contraposition component 2, printing assembly 3 and conveying
Component 4, contraposition component 2 are arranged in 1 side of rack, and the other side of rack 1 is arranged in printing assembly 3, and stock is placed on contraposition
Contraposition movement is carried out on component 2, conveying assembly 4 is arranged in rack 1 for stock to be delivered to print from contraposition component 2
In brush assemblies 3, using aforesaid way, stock can complete the process of automatic aligning, conveying, printing, hold to effectively improve
Print the printing efficiency of object.
Screen-printing machine in the application is applied in electronics industry, and stock is circuit board, can be by the mark of electronic device
Printing is on circuit boards.
Specifically, as shown in Fig. 2, contraposition component 2 includes the three-dimensional adjustment section 21 being arranged in rack 1, is arranged in three-dimensional
In adjustment section 21 for stock place to bit platform 22 and be arranged in on bit platform 22 for clamping stock
Clamping part 23 is aligned, rack 1 is provided with for shooting stock in the top to bit platform 22 to control the tune of three-dimensional adjustment section 21
The photographic device 24 of whole contraposition.
In conjunction with shown in Fig. 3 and Fig. 4, three-dimensional adjustment section 21 is arranged inside rack 1, and three-dimensional adjustment section 21 includes stacked up and down
The first adjustment plate 211, second adjustment plate 212, third adjustment plate 213 and mounting plate 214, four sides of the first adjustment plate 211
Angle, which is bolted, to be arranged in rack 1, and the upper surface of the first adjustment plate 211 is provided at least one horizontal slide rail 215, the
Two adjustment plates 212 are slidably mounted in horizontal slide rail 215, and specifically, there are two the settings of horizontal slide rail 215, two horizontal slide rails
215 are located at the two sides of 211 upper surface of the first adjustment plate.In the application, aligning component 2 along 3 side direction definition of printing assembly is
Laterally, similarly, longitudinal direction is perpendicular to transverse direction.
The upper surface of second adjustment plate 212 is provided at least one longitudinal slide rail 216, and third adjustment plate 213 is slidably installed
In longitudinal slide rail 216, specifically, there are two the settings of longitudinal slide rail 216, and two longitudinal slide rails 216 are located at second adjustment plate 212
The two sides of upper surface.
Four corners of 213 upper surface of third adjustment plate are provided with tilt slide 217, and mounting plate 214 is slidably mounted on
On tilt slide 217, bit platform 22 is connected on mounting plate 214 by support column 218.Wherein, it is set on the first adjustment plate 211
It is equipped with the first adjustment motor 219 for driving second adjustment plate 212 to slide laterally, the first adjustment motor 219 is fixed at
On the first adjustment plate 211, the first adjustment block 220, the output of the first adjustment motor 219 are fixedly installed on second adjustment plate 212
The first screw rod 221 being threadedly coupled with the first adjustment block 220 is connected on axis；It is provided on second adjustment plate 212 for driving
The second adjustment motor 222 of 213 longitudinal sliding motion of third adjustment plate, second adjustment motor 222 are fixed at second adjustment plate 212
On, it is fixedly installed second adjustment block 223 in third adjustment plate 213, is connected on the output shaft of second adjustment motor 222 and the
The second screw rod 224 that two adjustment blocks 223 are threadedly coupled；It is provided in third adjustment plate 213 for driving the horizontal rotation of mounting plate 214
The third turned adjusts motor 225, and third adjusts motor 225 and is hingedly arranged in third adjustment plate 213, hinged on mounting plate 214
It is provided with third adjustment block 227226, is connected with and 227226 screw thread of third adjustment block on the output shaft of third adjustment motor 225
The third screw rod 228 of connection.
As shown in Fig. 2, rack 1 is provided with supporting beam 25 in the two sides to bit platform 22, it is provided with and is located in supporting beam 25
To the crossbeam 26 of 22 top of bit platform, crossbeam 26 can be slided along supporting beam 25 and fixation upper at an arbitrary position, photographic device 24 are set
Setting can slide along crossbeam 26 in crossbeam 26 and fix on 26 any position of crossbeam, and in the application, the quantity of crossbeam 26 is arranged
There are two, two crossbeams 26 are spaced apart along 1 transverse direction of rack, and a photographic device 24 is provided on each crossbeam 26.
Stock is placed on on bit platform 22, and the application stock is circuit board, and it is fixed that four corners of circuit board have
Position hole, photographic device 24 is used to shoot the location hole of stock, and location hole is compared with predeterminated position, and then control the
One adjustment motor 219, second adjustment motor 222 and third adjustment motor 225 act, and the location hole of stock is adjusted to pre-
If position.
As shown in figure 3, contraposition clamping part 23 includes the longitudinal carrier 231 being arranged in on bit platform 22 and can be along vertical
To the sliding of bracket 231 and fixed horizontal support 232, contraposition bar 233, longitudinal carrier 231 are slidably fitted on longitudinal carrier 231
On be provided with for drive contraposition bar 233 sliding with contradict on stock longitudinal direction side first contraposition cylinder 234.
Be provided on horizontal support 232 transversely to slide in the sliding of bracket 232 and fixed contraposition slider 235, contraposition
Second contraposition cylinder 236 is installed on piece 235, is equipped on the output rod of the second contraposition cylinder 236 for contradicting in stock
Upper surface to potential head 237.
The paraposition components 238 for clamping stock transverse direction side are additionally provided in rack 1.Wherein, to bit platform
22 middle part offers the contraposition installed for conveying assembly 4 by slot 239, and contraposition, which will separate bit platform 22 by slot 239, is in
Two pieces of independent blocks.
There are two the settings of paraposition components 238, and two paraposition components 238, which are distributed in, passes through slot to the two sides contraposition of bit platform 22
On 239 cell wall, paraposition components 238 include being slidably arranged in contraposition to pass through the contraposition sliding shoe 2381 on 239 cell wall of slot, contraposition
Sliding shoe 2381 can vertical direction sliding, contraposition is by being provided with for pushing the contraposition sliding of sliding shoe 2381 on slot 239
One cylinder 2382 aligns and is horizontally arranged with the second cylinder 2383 on sliding shoe 2381, connects on the output rod of the second cylinder 2383
There is contraposition clamping piece 2384, aligning clamping piece 2384 as a result, can be under the action of the first cylinder 2382 and the second cylinder 2383
It releases the surface to bit platform 22 and is clamped on the side of stock transverse direction.
As shown in Figure 1 and Figure 5, conveying assembly 4 includes being arranged in rack 1 and along contraposition component 2 to 3 side of printing assembly
The conveying mounting groove 41 of distribution and be slidably mounted in rack 1 and can along the conveying mounting rack 42 that conveying mounting groove 41 slides,
Setting is arranged in rack 1 there are two the transport platform 43 aligned in component 2 and printing assembly 3 is located on conveying mounting rack 42
There is the feed drive motor for driving conveying mounting rack 42 to slide along conveying mounting groove 41, feed drive motor passes through synchronous belt
It is connected to drive conveying mounting rack 42 to slide on conveying mounting rack 42, so as to which two transport platforms 43 are being aligned component 2
With rotation conveying is carried out in printing assembly 3.
Several conveying air-breathing runners are provided in transport platform 43, the surface of transport platform 43 is provided with several and conveying inspiratory flow
The conveying suction hole 44 that road communicates conveys and is connected with conveying air intake duct on air-breathing runner, conveys and is connected with gas source on air intake duct, by
This, stock, which is placed on, is fitted in 43 surface of transport platform, and the conveying suction hole 44 on 43 surface of transport platform generates suction, can will hold
Print object is adsorbed, and does not generate displacement during transportation.
In conjunction with shown in Fig. 5 and Fig. 6, the lifting portion 45 being provided on mounting rack 42 for driving transport platform 43 to be lifted is conveyed.
Lifting portion 45 includes the first lifting mounting rack 451 being arranged on conveying mounting rack 42 and be arranged in transport platform 43 the
Two lifting mounting racks 452, first, which is lifted being slidably fitted on mounting rack 451, is lifted bracket 453, is lifted on bracket 453 and is arranged
There is lifting inclined-plane 454, be provided on the second lifting mounting rack 452 for contradicting the lifting idler wheel 455 on lifting inclined-plane 454,
It is provided with lifting cylinder 456 on lifting bracket 453, conveys and is provided with spud pile 457 on mounting rack 42, is lifted the defeated of cylinder 456
Rod is fixed on the spud pile 457 of conveying mounting rack 42.Lifting guide post 458, transport platform 43 are provided on conveying mounting rack 42
On be provided with for lifting guide post 458 slide lifting sliding sleeve 459, wherein lifting guide post 458 outside be socketed with buffer spring 460.
Transport platform 43 passes through the control in lifting portion 45, and after transport platform 43 is lifted, the surface of transport platform 43 is higher than to bit platform
22 surface, when transport platform 43 is fallen, the surface of transport platform 43 is flushed with the surface to bit platform 22.
It is worth noting that feeding web 5 is located at contraposition as shown in Fig. 2, being provided with feeding web 5 in rack 1
By the way that in slot 239, there are two the settings of feeding web 5, and two feeding webs 5 are located at the two sides of transport platform 43, wherein in machine
The first lifting cylinder 6 for controlling charging 43 oscilaltion of transport platform is provided on frame 1, feeding web 5 is defeated by stock
It is fed into after bit platform 22, the first lifting cylinder 6 controls the decline of feeding web 5 so that the surface of feeding web 5 is low
In the surface to bit platform 22, at this point, stock is placed in on bit platform 22.
As shown in figure 5, conveying mounting rack 42 is provided with magnetic erecting bed 7 between two transport platforms 43, rack 1 is being conveyed
The first electromagnetism actuation portion 8 and the second electromagnetism actuation portion 9 are provided in mounting groove 41, the first electromagnetism actuation portion 8 and the second electromagnetism are inhaled
Conjunction portion 9 is respectively set at the two sides of printing assembly 3.Specifically, the first electromagnetism actuation portion 8 and the second electromagnetism actuation portion 9 are along defeated
42 moving direction of mounting rack is sent to be located along the same line, the first electromagnetism actuation portion 8 is close to contraposition 2 side of component.
Magnetic erecting bed 7 uses magnetic metal material, and the first electromagnetism actuation portion 8 includes being bolted in rack 1
The first magnetic bracket 81 and the first damping spring 82 for being fixed on the first magnetic bracket 81, on the first damping spring 82
It is fixed with the first electromagnet 83.Second electromagnetism actuation portion 9 include be bolted in rack 1 the second magnetic bracket 91,
And it is fixed on the second damping spring 92 on the second magnetic bracket 91, the second electromagnet is fixed on the second damping spring 92
93。
As a result, when one of transport platform 43 is located in contraposition component 2, another transport platform 43 is located in printing assembly 3
When, magnetic erecting bed 7 contradicts in the first electromagnetism actuation portion 8, and the first electromagnetism actuation portion 8 of control obtains electric, the first electromagnetism actuation portion 8
Magnetic erecting bed 7 is adsorbed, to improve stability of two transport platforms 43 respectively in contraposition component 2 and printing assembly 3；When it
In a transport platform 43 migrate into printing assembly 3, another transport platform 43 be transferred to printing assembly 3 it is outer when, magnetic peace
It fills platform 7 to contradict in the second electromagnetism actuation portion 9, the second electromagnetism actuation portion 9 of control must be electric, and magnetic is pacified in the second electromagnetism actuation portion 9
It fills platform 7 to adsorb, to improve stability of one of transport platform 43 in printing assembly 3.
Referring to figs. 7 and 8, printing assembly 3 includes that the printing platform 31 being arranged in rack 1 and setting are printing
The printing frame 32 of 31 top of platform is brushed flat, the middle part of printing platform 31 is provided with the printing passed through for transport platform 43 and passes through slot 33, print
It brushes flat the printed slot 33 that passes through of platform 31 and is separated into two independent blocks.If being provided with dry printing inspiratory flow road in printing platform 31,
The surface of printing platform 31 is provided with several printing suction holes 34 communicated with printing air-breathing runner, prints and connects on air-breathing runner
There is printing air intake duct, prints and be connected with gas source on air intake duct.
In the application, printing frame 32 is in rectangular box, and 32 transverse direction of printing frame is defined as arranged on left and right sides, printing frame
32 longitudinal directions are defined as front and rear ends.It is worth noting that the rear end sides of printing frame 32 are hinged in rack 1, rack
The lifting cylinder 35 hinged with 32 front end of printing frame is provided on 1, lifting cylinder 35 can turn over printing frame 32 around its hinge joint
Turn.
It is provided in printing frame 32 for installing halftone and halftone can be covered halftone mounting portion 36 on the substrate, institute
It states and is provided in printing frame 32 for the printed material on halftone to be scraped into the scraper part 37 on stock.
In conjunction with shown in Fig. 9 and Figure 10, halftone mounting portion 36 includes the first installing frame 361, the second installing frame 362 and third peace
Frame up 363, the second installing frame 362 is located at the inside of the first installing frame 361, and the two sides of the second installing frame 362 are provided through
One installing frame 361 and the connecting shaft 364 being rotatably connected in printing frame 32 are specifically provided in printing frame 32 for connection
The first link block 365 that axis 364 is installed, the two sides of the first installing frame 361 offer the sliding for passing through and sliding for connecting shaft 364
Slot 366.
Third installing frame 363 is located at the inside of the second installing frame 362 and can slide along 362 vertical direction of the second installing frame
It is dynamic, halftone installation component 374 is provided on third installing frame 363, halftone is arranged by halftone installation component 374 to be installed in third
On frame 363.
The two sides of third installing frame 363 are provided with jacking post 367, are provided through the second installation on the first installing frame 361
The mounting blocks of frame 362, are provided with the jacking block 368 positioned at 362 inside of the second installing frame on mounting blocks, on the second installing frame 362
It offers the sliding slot 369 for passing through and sliding for mounting blocks, jacks and be disposed on block 368 for being contradicted with jacking post 367
First jacking plane 370, jacking inclined-plane 371 and the second jacking plane 372, the first jacking plane 370 are higher than in level height
Second jacks plane 372, is provided on the second installing frame 362 for driving the sliding of the first installing frame 361 to control third installation
The jacking cylinder 373 of 363 oscilaltion of frame.
As a result, when third installing frame 363 is in lifting state, jacking post 367 is located in the second jacking plane 372, needs
When controlling the decline of third installing frame 363, jacking cylinder 373 pushes the first installing frame 361 to slide along the second installing frame 362, pushes up
Setting prop 367 slides into the first jacking plane 370 along jacking inclined-plane 371, at this point, the decline of third installing frame 363 is to incite somebody to action
Halftone is pressed on the stock of printing platform 31.
In conjunction with shown in Fig. 9 and Figure 12, halftone installation component 374 includes the first mounting rod 3741 and the second mounting rod 3742,
The both ends setting of first mounting rod 3741 is hinged with the first claw 3743 being connected on third installing frame 363, the first mounting rod
The first clamping bolt 3744 for being locked at the first claw 3743 on third installing frame 363 is provided on 3741, wherein the
The first adapting table 3745 placed for halftone is provided on one mounting rod 3741, the first mounting rod 3741 is in the first adapting table 3745
Top compression cylinder 3746 for being pressed on halftone on the first adapting table 3745 is set；The both ends of second mounting rod 3742
It is hinged with the second claw 3747 being connected on third installing frame 363, is provided on the second mounting rod 3742 for blocking second
Pawl 3747 is locked at the second clamping bolt 3748 on third installing frame 363, wherein is provided on the second mounting rod 3742 for net
The second adapting table 3749 that version is placed.
In conjunction with shown in Fig. 9 and Figure 11, it is provided with and is connected with the second installing frame 362 for driving the second peace in printing frame 32
Frame up 362 lifting cylinders 38 rotated around its connecting shaft 364.Specifically, the front end of printing frame 32 is provided with support frame 381,
One end of lifting cylinder 38 is hinged on support frame 381, and the other end of lifting cylinder 38 is hinged on the second installing frame 362, print
Brush holder 32 is slidably fitted with the second link block 382 in the lower section of support frame 381, rotatably mounted on the second link block 382 to have branch
The two sides of blade 383, the second installing frame 362 are slidably mounted on support chip 383.
During dyeing material is scraped into stock from halftone by scraper part 37 as a result, with the movement of scraper part 37,
Lifting cylinder 38 can gradually promote the second installing frame 362, so that the second installing frame 362 is rotated around connecting shaft 364, so that net
Version can be gradually detached from stock, avoid dyeing material from spreading on the substrate, to improve the net of dyeing material on the substrate
Print effect.
It is worth noting that as shown in figure 13, scraper part 37 includes being slidably mounted on 32 two sides of printing frame and can be along printing
The scraper sliding seat 3711 of the sliding of frame 32, the doctor beam for being arranged on scraper sliding seat 3711 and being horizontally placed on 31 top of printing platform
3712 and the scraper component 3713 that is arranged in doctor beam 3712, wherein the front-end and back-end of printing frame 32 are rotatably equipped with
Synchronous pulley is connected with synchronous belt on synchronous pulley, and scraper sliding seat 3711 is connected on synchronous belt, is provided in printing frame 32
Scraper motor 3719 for driving synchronous pulley to rotate, scraper part 37 is controlled by scraper motor 3719 along printing frame 32 as a result,
It is mobile.
Scraper component 3713 is slidably mounted in doctor beam 3712 including two and what can be fixed in doctor beam 3712 scrapes
Knife mounting base 3714 is provided with scraper support frame 3715 in scraper mounting base 3714, and vertical sliding is pacified on scraper support frame 3715
Equipped with scraper support plate 3716, it is provided in scraper support plate 3716 and scrapes knife plate 3717, be arranged on scraper support frame 3715 useful
Cylinder 3718 is driven so that scraping knife plate 3717 and contradicting the scraper on halftone in driving scraper support plate 3716 to be slided.
Regulating tank 3720 is offered in scraper mounting base 3714, scraper support frame 3715 can slide simultaneously along regulating tank 3720
It is locked in regulating tank 3720 by bolt.
Wherein, it is provided in scraper support plate 3716 for adjusting the height adjusting part for scraping 3717 upper-lower height of knife plate
3721, height adjusting part 3721 includes the height adjustment cylinder 3722 being fixed in scraper support plate 3716 and is plugged on highly
Height regulating rod 3723 in adjustment barrel 3722 scrapes the end that knife plate 3717 is mounted on height regulating rod 3723, height adjustment cylinder
It is rotatably equipped on 3722 and adjusts screw rod 3724, adjusted screw rod 3724 and extend into height adjustment cylinder 3722 and be threaded in height
It spends on adjusting rod 3723.
It is provided on height regulating rod 3723 for adjusting the angle adjustment 3725 for scraping 3717 tilt angle of knife plate.Angle
Adjustment portion 3725 includes the pendulum for being fixed on the fixed block 3726 of 3723 end of height regulating rod and being hinged on fixed block 3726
Dynamic seat 3727, scrapes knife plate 3717 and is fixed by screws in swing seat 3727, wherein offer the first arc on fixed block 3726
Slot 3728 offers second arc groove 3729 opposite with the first arc groove 3728, the swing seat 3727 in swing seat 3727
On be provided through the fastener 3730 of the first arc groove 3728 and the second arc groove 3729, the end thread of fastener 3730 connects
It is connected to the fastening nut 3731 being locked in swing seat 3727.
It is worth noting that as shown in figure 14, the end of height regulating rod 3723 is equipped with adjusting knob 3732, height is adjusted
It saves and offers at least one accommodating cavity 3733 on the end face of cylinder 3722, angled slide block 3734 is slidably fitted in accommodating cavity 3733, push up
The end of block 3734 setting hemispherical out is provided with the elastic spring 3735 being connected with angled slide block 3734 in accommodating cavity 3733,
One end of elastic spring 3735 is connected to the end of angled slide block 3734, and the other end of elastic spring 3735 is connected to accommodating cavity 3733
Bottom of chamber, wherein be circumferentially provided on the lower surface of adjusting knob 3732 for the gear ring 3736 inconsistent with angled slide block 3734.
By rotation of adjustment knob 3732, angled slide block 3734 can eject under the action of elastic spring 3735, and can contradict one by one in tooth
On each tooth socket of circle 3736, to improve the rotation dynamics of adjusting knob 3732.
In conjunction with shown in Figure 15 and Figure 16, it is provided in printing frame 32 and is respectively connected with scraper part 37 and halftone mounting portion 36
Halftone compensation component 39.
Halftone compensation component 39 includes speed reducer 391, swinging block 392 and interlocking bar 393, and speed reducer 391 is mounted on printing
On frame 32, the input terminal of speed reducer 391 is controlled by scraper motor 3719, and the output end of speed reducer 391 deviates 392 center of swinging block
Position is connected with swinging block 392, and swinging block 392 is connected on the second installing frame 362 by interlocking bar 393 to drive the second installation
Frame 362 is swung.
Specifically, the coaxially connected synchronous pulley in scraper part 37 of the input terminal of speed reducer 391, the output of speed reducer 391
Stable block 394 is installed, 392 1 side surface of swinging block offers installation cavity 395, stablizes block 394 and is slidably mounted on installation on axis
In chamber 395, the bottom of swinging block 392 is fixed with eccentric adjusting cylinder 396, and the output rod of eccentric adjusting cylinder 396 extend into peace
It behave affectedly in 395 to be connected on stable block 394, the screw top of swinging block 392, which is connected with, to be extend into installation cavity 395 to be used for
Adjust the adjusting rod 397 of 392 eccentric distance of swinging block.
392 other side center rotating of swinging block is connected with swing rod 398, wherein is slidably fitted with linkage rack in printing frame 32
399, one end of linkage rack 399 is rotatably installed on swing rod 398, and the other end of linkage rack 399 is connected to the one of interlocking bar 393
End, the other end of interlocking bar 393 are connected on first link block 365.It is worth noting that swing rod 398 and swinging block 392
Between be connected with back-moving spring 400.
Scraper motor 3719 drives scraper part 37 mobile when halftone carries out printing movement, and scraper motor 3719 can drive
Speed reducer 391 rotates, and speed reducer 391 can export the revolving speed equal proportion of scraper motor 3719, as scraper motor 3719 rotates
10 circles, 1 circle of the rotation of speed reducer 391, and then speed reducer 391 can drive swinging block 392 to swing；
Therefore, the eccentric distance of swinging block 392 will be adjusted by adjusting rod 397 first, speed reducer 391 drives swinging block
392 swing, and for the rotation of swinging block 392 to drive linkage rack 399 to slide along printing frame 32, linkage rack 399 passes through 393 band of interlocking bar
Dynamic second installing frame 362 is swung, wherein 362 swaying direction of the second installing frame is opposite with the moving direction of scraper part 37；
Due to when scraper part 37 and halftone conflict carry out printing movement, since scraper part 37 has certain to halftone
Power passes through halftone as a result, and compensates so that the position to be printed on printing position and stock on halftone generates certain offset
Component 39 can drive the distance of halftone reverse movement scaled down to compensate to halftone when scraper part 37 is mobile,
To improve halftone for the accuracy in stock printing position.
As shown in figure 5, being provided with discharging conveyor belts 10 in rack 1, discharging conveyor belts 10 are located at printing and pass through in slot 33,
There are two the settings of discharging conveyor belts 10, and two discharging conveyor belts 10 are located at the two sides of transport platform 43, and transport platform 43 is defeated by stock
It send to discharging conveyor belts 10, stock is transported to down in one of production process by discharging conveyor belts 10.
The above is only the exemplary embodiment of the utility model, the protection model rather than limited the present invention
It encloses, the protection scope of the utility model is determined by the attached claims.
Claims (6)
1. a kind of contraposition component based on the full-automatic screen-printing machine of Double tabletop is arranged in rack (1) side, which is characterized in that this is right
Hyte part (2) includes the three-dimensional adjustment section (21) being arranged on rack (1), is arranged on three-dimensional adjustment section (21) for stock
Place to bit platform (22) and be arranged on to bit platform (22) with the contraposition clamping part (23) for clamping stock,
The rack (1) is provided with for shooting stock to control three-dimensional adjustment section (21) adjustment pair above to bit platform (22)
The photographic device (24) of position.
2. a kind of contraposition component based on the full-automatic screen-printing machine of Double tabletop according to claim 1, which is characterized in that described
Three-dimensional adjustment section (21) include the first adjustment plate (211) stacked up and down, second adjustment plate (212), third adjustment plate (213) and
Mounting plate (214), the first adjustment plate (211) are arranged on rack (1), and the upper surface of the first adjustment plate (211) is set
It is equipped at least one horizontal slide rail (215), the second adjustment plate (212) is slidably mounted on horizontal slide rail (215), and described
The upper surface of two adjustment plates (212) is provided at least one longitudinal slide rail (216), and the third adjustment plate (213) is slidably installed
On longitudinal slide rail (216), four corners of third adjustment plate (213) upper surface are provided with tilt slide (217), institute
Mounting plate (214) is stated to be slidably mounted on tilt slide (217), it is described that bit platform (22) are connected to by support column (218)
On mounting plate (214)；
The first adjustment motor for driving second adjustment plate (212) to slide laterally is provided on the first adjustment plate (211)
(219), the second adjustment electricity for driving third adjustment plate (213) longitudinal sliding motion is provided on the second adjustment plate (212)
Machine (222) is provided with the third for driving mounting plate (214) to rotate horizontally on the third adjustment plate (213) and adjusts motor
(225)。
3. a kind of contraposition component based on the full-automatic screen-printing machine of Double tabletop according to claim 1, which is characterized in that described
Align clamping part (23) include setting on bit platform (22) longitudinal carrier (231) and can along longitudinal direction bracket (231) it is sliding
The horizontal support (232) for moving and fixing is slidably fitted with contraposition bar (233), the longitudinal carrier on the longitudinal carrier (231)
(231) it is provided on for driving contraposition bar (233) sliding to contradict the first contraposition gas on stock longitudinal direction side
Cylinder (234)；
The contraposition slider (235) that can transversely bracket (232) sliding and fix, institute are provided on the horizontal support (232)
It states and the second contraposition cylinder (236) is installed in contraposition slider (235), pacify on the output rod of second contraposition cylinder (236)
Equipped with for contradict surface on the substrate to potential head (237)；
The paraposition components (238) for clamping stock transverse direction side are additionally provided on the rack (1).
4. a kind of contraposition component based on the full-automatic screen-printing machine of Double tabletop according to claim 3, which is characterized in that described
Slot (239) are passed through to the contraposition offered in the middle part of bit platform (22) for installing for conveying assembly (4).
5. a kind of contraposition component based on the full-automatic screen-printing machine of Double tabletop according to claim 3, which is characterized in that described
Paraposition components (238) include being slidably arranged in contraposition by the contraposition sliding shoe (2381) on slot (239) cell wall, align sliding shoe
(2381) can vertical direction sliding, contraposition is by being provided with for pushing that contraposition sliding shoe (2381) slides on slot (239)
One cylinder (2382) is aligned and is horizontally arranged with the second cylinder (2383) on sliding shoe (2381), the output of the second cylinder (2383)
Contraposition clamping piece (2384) is connected on bar.
6. a kind of contraposition component based on the full-automatic screen-printing machine of Double tabletop according to claim 3, which is characterized in that described
Rubber material is used to potential head (237).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821744940.1U CN209395412U (en) | 2018-10-25 | 2018-10-25 | A kind of contraposition component based on the full-automatic screen-printing machine of Double tabletop |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821744940.1U CN209395412U (en) | 2018-10-25 | 2018-10-25 | A kind of contraposition component based on the full-automatic screen-printing machine of Double tabletop |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209395412U true CN209395412U (en) | 2019-09-17 |
Family
ID=67878902
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821744940.1U Expired - Fee Related CN209395412U (en) | 2018-10-25 | 2018-10-25 | A kind of contraposition component based on the full-automatic screen-printing machine of Double tabletop |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209395412U (en) |
-
2018
- 2018-10-25 CN CN201821744940.1U patent/CN209395412U/en not_active Expired - Fee Related
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| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190917 |
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| CF01 | Termination of patent right due to non-payment of annual fee |