CN104875479B - A kind of laterally opened continuous screen printing device - Google Patents
A kind of laterally opened continuous screen printing device Download PDFInfo
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- CN104875479B CN104875479B CN201510307580.3A CN201510307580A CN104875479B CN 104875479 B CN104875479 B CN 104875479B CN 201510307580 A CN201510307580 A CN 201510307580A CN 104875479 B CN104875479 B CN 104875479B
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Abstract
The present invention relates to printing equipment technical field, disclose a kind of laterally opened continuous screen printing device, including walk pedestal, the side for walking pedestal is provided with linkwork, it is described walk pedestal opposite side be provided with lifting body for jacking the movable skeleton frame；This screen printing device is as a result of laterally opened structure, when safeguarding, the side of movable skeleton frame is lifted using lifting body, you can be conveniently maintained, at work, movable skeleton frame is lifted also with lifting body, so as to allow away pedestal to carry out displacement, to realize the circulation of next silk-screen work, this laterally opened structure has reduced the number of the structure of lifting body significantly, mechanism is simpler, so as to save manufacturing cost, has the advantages of easy to control and easy to use.
Description
Technical field
The present invention relates to printing equipment technical field, more particularly to a kind of laterally opened continuous screen printing device.
Background technology
Silk-screen technology has been widely used in various industries, such as：To tables such as plastic products, textile and other articles for daily use
Face carries out the printing of pattern or word, and widely by the way of silk-screen printing, current silk-screen printing device generally comprises
Screen printing forme, scrape scraper plate, ink, print station and stock.Its general principle is：Utilize screen printing forme areas mesh
Saturating ink, the general principle of non-graphic part mesh not strike through are printed.Ink is poured into screen printing forme side during printing, is used
Scrape ink position of the scraper plate on screen printing forme and apply certain pressure, while moved towards the screen printing forme other end.Ink is moving
It is expressed in dynamic by scraper plate from the mesh of areas on stock.Trace is set to anchor at one due to the viscous effect of ink
Within the scope of fixed, it is in all the time linear contact lay with screen printing forme and stock that scraper plate is scraped in printing process, and contact line moves with scraper plate
And move, due to keeping certain gap between screen printing forme and stock so that screen printing forme during printing by itself
Tension force and produce the reaction force to scraper plate, this reaction force is referred to as screen resilience.Due to the effect of screen resilience, make screen printing forme
It is in only portable linear contact lay with stock, and screen printing forme other parts and stock are disengaged position.Ink is set to be sent out with silk screen
Raw rhegmagenesis, ensure that printed dimensions precision and avoids set-off stock.Lifted after scraper plate scraped the whole space of a whole page, while silk
Wire mark version is also lifted, and ink is gently scraped back into initial position, is so far a print stroke.
Certainly, above-mentioned silk-screen printing device can preferably complete presswork printing it in general list product, but
It is that current most product in the fabrication process, all employs pipelining, it means that, if still manually etc.
Mode carries out single-piece printing operation, and its efficiency far can not keep up with manufacturing schedule, in addition, the print especially for strap or cloth
For brush, because strap or cloth are continuous length, it is necessary to which strap or cloth are tiled, then by the one of strap or cloth
Duan Jinhang prints, and then resets and is circulated next time again, and existing printing equipment uses when walking on stage mobile or printing
The mode of parallel lifting, i.e., at least need to be achieved using four cylinders.The silk-screen brush device of this structure not easy care, and
When changing screen frame, it appears suitable is cumbersome, and in view of this, inventor has invented a kind of laterally opened continuous screen printing device.
The content of the invention
In view of the above-mentioned deficiencies in the prior art, it is an object of the present invention to provide a kind of laterally opened continuous screen printing device, this silk-screen
Device has the advantages of simple in construction, easy to maintain and easy to use.
To achieve the above object, a kind of laterally opened continuous screen printing device of the invention, including pedestal is walked, walk the side of pedestal
Linkwork is provided with, the linkwork is connected with movable skeleton frame, and the movable skeleton frame is provided with for clamping silk-screen screen frame
Fixing device, the movable skeleton frame is provided with the screeding device that can be slid laterally, and for driving the screeding device
First drive mechanism, it is described walk pedestal opposite side be provided with lifting body for jacking the movable skeleton frame.
Further, the linkwork includes the first hinged seat, the second hinged seat and adjustment axis, and the one of the adjustment axis
End is provided with the first adjustment code for stretching into the first hinged seat, and the other end of the adjustment axis, which is provided with, stretches into the of the second hinged seat
Two adjustment codes, first hinged seat are provided with the first adjusting screw rod being flexibly connected with the first adjustment code, and described second is be hinged
Seat is provided with the second adjusting screw rod being flexibly connected with the second adjustment code, and first hinged seat, the second hinged seat are with walking on stage
Seat is fixedly connected, and the adjustment axis is provided with the stretching block being connected with movable skeleton frame.
Further, the fixing device includes the fixed frame being slidably connected with movable skeleton frame, and the fixed frame is set respectively
The first guide pillar and the second guide pillar are equipped with, in addition to is slidably connected with the first guide pillar and the second guide pillar and is used for clamping silk-screen screen frame
Clamping mechanism, and the micro-adjusting mechanism for longitudinally adjust fixed frame.
Preferably, the clamping mechanism includes the first telescopic arm for being slidably connected with the first guide pillar, and with the second guide pillar
The second telescopic arm being slidably connected, the fixing end of first telescopic arm and the second telescopic arm are provided with Fixing clamp-seat, and described
The movable end of one telescopic arm and the second telescopic arm is provided with movable deck, and the Fixing clamp-seat, movable deck are provided with and be used for
Compress the compression cylinder of silk-screen screen frame.
Preferably, the movable skeleton frame is respectively arranged with the 3rd guide pillar and the 4th guide pillar, and the fixed frame is provided with point
The sliding sleeve not being slidably connected with the 3rd guide pillar, the 4th guide pillar, the micro-adjusting mechanism include the fine tuning seat being connected with movable skeleton frame, institute
State fine tuning seat and be fixed with the first servo motor, first servo motor is connected with fine setting screw rod, the fine setting screw rod and fixation
Frame is spirally connected, and the fixed frame is additionally provided with least one lead through the fine tuning seat.
Further, the screeding device includes moving beam, and the both ends of the moving beam are provided with chute, described
Movable skeleton frame is provided with the first slide rail and the second slide rail being connected with the slide；The moving beam is provided with lifting
Seat, the lifting seat are connected with the scraper that silk printing screen frame is scraped for applying, in addition to for driving the lift cylinder of the lifting seat.
Preferably, first drive mechanism includes the second servo motor and the change being connected with the second servo motor transmission
Fast case, in addition to first synchronizing wheel and the second synchronizing wheel at the both ends of the first slide rail are respectively arranged at, and it is respectively arranged at
3rd synchronizing wheel at the both ends of two slide rails and the 4th synchronizing wheel, the gearbox are connected with power transmission shaft, the power transmission shaft and first
Synchronizing wheel, the drive connection of the 3rd synchronizing wheel, are provided between first synchronizing wheel and the second synchronizing wheel for driving the shifting
First timing belt of dynamic crossbeam, is provided with for driving the moving beam between the 3rd synchronizing wheel and the 4th synchronizing wheel
Second timing belt.
Further, the lifting body includes jacking seat, and the jacking seat is hinged with for lifting the movable skeleton frame
Jacking cylinder, the jacking cylinder is provided with the first stroke and the second stroke, and the jacking seat is additionally provided with through the work
The positioning guide column of dynamic skeleton frame.
Further, it is described walk pedestal be provided with the wheel seat positioned at the both sides of movable skeleton frame, the wheel seat is provided with least
One auxiliary wheel for being used to abut movable skeleton frame.
Beneficial effects of the present invention：A kind of laterally opened continuous screen printing device of the present invention, including pedestal is walked, walk the one of pedestal
Side is provided with linkwork, it is described walk pedestal opposite side be provided with lifting body for jacking the movable skeleton frame；This silk
Printing equipment is put as a result of laterally opened structure, when safeguarding, is lifted the side of movable skeleton frame using lifting body, you can
Conveniently it is maintained, at work, movable skeleton frame is lifted also with lifting body, so as to allow away pedestal to enter
Line position is moved, and to realize the circulation of next silk-screen work, this laterally opened structure has reduced the number of the structure of lifting body significantly, and mechanism is more
Add simply, so as to save manufacturing cost, there is the advantages of easy to control and easy to use.
Brief description of the drawings
Fig. 1 is the stereogram of the present invention.
Fig. 2 is the partial structural diagram of the present invention.
Fig. 3 is the front view of the present invention.
Fig. 4 is the top view of the present invention.
Fig. 5 is the upward view of the present invention.
Fig. 6 is the structural representation of the screeding device of the present invention.
Fig. 7 is the structural representation of the linkwork of the present invention.
Reference includes：
Walk pedestal -- 11, movable skeleton frame -- 12, the 3rd guide pillar -- 121,
4th guide pillar -- 122, sliding sleeve -- 123, wheel seat -- 13,
Auxiliary wheel -- 131, linkwork -- 2, the first hinged seat -- 21,
Second hinged seat -- 22, adjustment axis -- 23, the first adjustment code -- 24,
Second adjustment code -- 25, the first adjusting screw rod -- 26, the second adjusting screw rod -- 27,
Stretch out block -- 28, fixing device -- 3, fixed frame -- 31,
First guide pillar -- 32, the second guide pillar -- 33, clamping mechanism -- 34,
First telescopic arm -- 341, the second telescopic arm -- 342, Fixing clamp-seat -- 343,
Movable deck -- 344, compression cylinder -- 345, micro-adjusting mechanism -- 35,
First servo motor -- 351, finely tune screw rod -- 352, lead -- 353,
Screeding device -- 4, moving beam -- 41, the first slide rail -- 42,
Second slide rail -- 43, lifting seat -- 44, scraper -- 45,
Lift cylinder -- 46, screening glass -47, the first drive mechanism -- 5,
Second servo motor -- 51, the first synchronizing wheel -- 52, the second synchronizing wheel -- 53,
3rd synchronizing wheel -- 54, the 4th synchronizing wheel -- 55, power transmission shaft -- 56,
First timing belt -- 57, the second timing belt -- 58, lifting body -- 6,
Jack seat -- 61, jacking cylinder -- 62, the first stroke -- 621,
Second stroke -- 622, positioning guide column -- 63.
Embodiment
The present invention is described in detail below in conjunction with the accompanying drawings.
Referring to Fig. 1 to Fig. 7, a kind of laterally opened continuous screen printing device, including pedestal 11 is walked, the side for walking pedestal 11 is provided with
Linkwork 2, the linkwork 2 are connected with movable skeleton frame 12, and the movable skeleton frame 12 is provided with for clamping silk-screen screen frame
Fixing device 3, the movable skeleton frame 12 is provided with the screeding device 4 that can be slid laterally, and for driving the scraper plate to fill
Put 4 the first drive mechanism 5, it is described walk pedestal 11 opposite side be provided with lifting body for jacking the movable skeleton frame 12
6.The operation principle of this screen printing device is：Walk pedestal 11 to be installed on corresponding guide rail, walk pedestal 11 in moving process, it is described
Movable skeleton frame 12 is risen a certain distance by lifting body 6, makes the certain gap of the holding of silk-screen screen frame and stock, when walking on stage
For seat 11 when moving into place, the lifting body 6 puts down movable skeleton frame 12, makes silk-screen screen frame and substrate contacts, and then first
Drive mechanism 5 drives screeding device 4 to be applied in silk printing screen inframe and scraped, so as to realize the presswork to stock, when needing to safeguard
Or when changing silk-screen screen frame, the lifting body 6 lifts the side of movable skeleton frame 12, its stroke lifted can have for satisfaction
Corresponding attended operation space, it can thus be seen that this screen printing device is as a result of laterally opened structure, when safeguarding,
The side of movable skeleton frame 12 is lifted using lifting body 6, you can conveniently it is maintained, at work, Ye Shili
Movable skeleton frame 12 is lifted with lifting body 6, so as to allow away pedestal 11 to carry out displacement, to realize next silk-screen work
Circulation, this laterally opened structure have reduced the number of the structure of lifting body 6 significantly, and mechanism is simpler, so as to save manufacturing cost,
For the structure of existing integral lifting activity skeleton frame 12, the technical program is with more easy to control and easy to use excellent
Point.
In the technical program, the linkwork 2 includes the first hinged seat 21, the second hinged seat 22 and adjustment axis 23,
One end of the adjustment axis 23 is provided with the first adjustment code 24 for stretching into the first hinged seat 21, and the other end of the adjustment axis 23 is set
The second adjustment code 25 for stretching into the second hinged seat 22 is equipped with, first hinged seat 21 is provided with the activity of the first adjustment code 24 even
The first adjusting screw rod 26 connect, second hinged seat 22 are provided with the second adjusting screw rod being flexibly connected with the second adjustment code 25
27, first hinged seat 21, the second hinged seat 22 are fixedly connected with walking pedestal 11, and the adjustment axis 23 is provided with and activity
The stretching block 28 that skeleton frame 12 connects.In order that the movable skeleton frame 12, in unilateral side switching, this linkwork 2 is arranged at away pedestal
11 and the outside of movable skeleton frame 12, avoid that stock is caused to interfere, moreover, for the stock of different-thickness, such as it is different
The strap and its cloth of thickness, the first adjustment code 24, the second adjustment code 25 can be adjusted, so that it is applicable different thickness
The stock printing of degree.
In the technical program, the fixing device 3 includes the fixed frame 31 being slidably connected with movable skeleton frame 12, described solid
Determine frame 31 and be respectively arranged with the first guide pillar 32 and the second guide pillar 33, in addition to be slidably connected with the first guide pillar 32 and the second guide pillar 33
And for the clamping mechanism 34 of clamping silk-screen screen frame, and the micro-adjusting mechanism 35 for longitudinally adjust fixed frame 31.It is described and living
The fixed frame 31 that dynamic skeleton frame 12 is slidably connected refers to that the fixed frame 31 realizes longitudinal sliding motion in movable skeleton frame 12, its longitudinal direction
The purpose of slip is the position for conveniently adjusting its fixed frame 31, that is to say, that right when the clamping of fixed frame 31 has silk-screen screen frame
The position adjustment of silk-screen screen frame.
Further, the clamping mechanism 34 includes the first telescopic arm 341 for being slidably connected with the first guide pillar 32, and with the
The second telescopic arm 342 that two guide pillars 33 are slidably connected, the fixing end of the telescopic arm 342 of the first telescopic arm 341 and second are set
There is Fixing clamp-seat 343, the movable end of the telescopic arm 342 of the first telescopic arm 341 and second is provided with movable deck 344, described
Fixing clamp-seat 343, movable deck 344 are provided with the compression cylinder 345 for compressing silk-screen screen frame.First telescopic arm
341st, the second telescopic arm 342 can carry out telescopic adjustment according to the length of different silk-screen screen frames, in order to which silk-screen screen frame is filled
Located at movable deck 344, during the actual installation of silk-screen screen frame, it is installed on movable deck 344 when silk-screen screen frame and consolidates
After determining deck 343, recycle press fitting cylinder by silk-screen screen frame compressing tightly, so as to realize reliable fixation.
In actual use, generally require to be finely adjusted silk-screen screen frame, so that the printed patterns on silk-screen screen frame are just
True is printed in stock surface, adjusts for convenience, and the movable skeleton frame 12 is respectively arranged with the 3rd guide pillar 121 and the 4th and led
Post 122, the fixed frame 31 is provided with the sliding sleeve 123 being slidably connected respectively with the 3rd guide pillar 121, the 4th guide pillar 122, described micro-
Regulating mechanism 35 includes the fine tuning seat that is connected with movable skeleton frame 12, and the fine tuning seat is fixed with the first servo motor 351, and described first
Servo motor 351 is connected with fine setting screw rod 352, and the fine setting screw rod 352 is spirally connected with fixed frame 31, and the fixed frame 31 is also set up
There is at least one lead 353 through the fine tuning seat.When needing to be finely adjusted, first servo motor 351 drives
Screw rod 352 is finely tuned, because fine setting screw rod 352 is spirally connected with fixed frame 31, so the rotation of fine setting screw rod 352, further will
By fixed frame 31 carry out it is longitudinal move forward and backward, that is, fixed frame 31 is moved along the first guide pillar 32, the 4th guide pillar 122
It is dynamic, when this longitudinal movement substantially increases silk-screen to version efficiency.
Scraped because silk-screen printing needs corresponding scraping blade to carry out painting to half tone, in the technical program, the screeding device 4
Including moving beam 41, the both ends of the moving beam 41 are provided with chute, and the movable skeleton frame 12 is provided with and the cunning
The first slide rail 42 and the second slide rail 43 that groove is slidably connected；The moving beam 41 is provided with lifting seat 44, the lifting seat 44
The scraper 45 that silk printing screen frame is scraped for applying is connected with, in addition to for driving the lift cylinder 46 of the lifting seat 44.The present apparatus
Operation principle be：The lift cylinder 46 drives lifting seat 44 to move down, and scraper 45 contacts with silk printing screen, then the
In the presence of one drive mechanism 5, realize that horizontal painting is scraped, it often moves and once realizes one-step print, after being completed for printing, profit
Drive lifting seat 44 up with lift cylinder 46, scraper 45 is separated with silk printing screen, further, since in printing, silk-screen screen frame
Top can house a certain amount of ink, because scraper 45 is typically made up of soft silica gel etc., when too many ink accumulation, this
The normal painting that sample is easy for influenceing scraper 45 is scraped, so, as preferably, the side of the scraper 45 is additionally provided with for protecting
Bluff piece 47, when a large amount of ink gather, in the moving process of scraper 45, the ink excessive to accumulation of screening glass 47 hinders
Gear, avoids more ink from causing the deformation of scraper 45.
Further, first drive mechanism 5 includes the second servo motor 51 and is driven with the second servo motor 51
The gearbox of connection, in addition to first synchronizing wheel 52 and the second synchronizing wheel 53 at the both ends of the first slide rail 42 are respectively arranged at, with
And the 3rd synchronizing wheel 54 and the 4th synchronizing wheel 55 at the both ends of the second slide rail 43 are respectively arranged at, the gearbox is connected with transmission
Axle 56, the power transmission shaft 56 are connected with the first synchronizing wheel 52, the 3rd synchronizing wheel 54, first synchronizing wheel 52 and second same
It is provided with the first timing belt 57 for driving the moving beam 41 between step wheel 53, the 3rd synchronizing wheel 54 and the 4th same
The second timing belt 58 for driving the moving beam 41 is provided between step wheel 55.When lift cylinder 46 drives lifting seat 44
Move down, when the scraper 45 is contacted with silk printing screen, second servo motor 51 starts, and gear is carried out by gearbox
To power transmission shaft 56, because power transmission shaft 56 is connected with the first synchronizing wheel 52, the 3rd synchronizing wheel 54, so, power transmission shaft 56 can be realized
The first synchronizing wheel 52 of synchronous driving and the 3rd synchronizing wheel 54, then, further, due to the first synchronizing wheel 52, the second synchronizing wheel
53 are connected by the first timing belt 57, and first timing belt 57 connects the end of the moving beam 41；Similarly, by
It is connected in the 3rd synchronizing wheel 54, the 4th synchronizing wheel 55 by the second timing belt 58, and second timing belt 58 connection institute
The other end of moving beam 41 is stated, so, in the presence of power transmission shaft 56, the first timing belt 57, the second timing belt 58 are realized
Synchronous drive moving beam 41 moves along the first slide rail 42, the second slide rail 43, and due to lifting seat 44, scraper 45 and lifting air
Cylinder 46 may be contained within moving beam 41, so, when moving beam 41 carries out transverse shifting, that is, scraper 45 is realized in silk printing screen
On work movement.The structure of this first drive mechanism 5 is simple, and both sides synchronization is realized using single servo motor
Driving, has not only saved manufacturing cost, moreover, being easy to Comprehensive Control.
In the technical program, the lifting body 6 includes jacking seat 61, and the jacking seat 61 is hinged with for lifting institute
The jacking cylinder 62 of movable skeleton frame 12 is stated, the jacking cylinder 62 is provided with the first stroke 621 and the second stroke 622, the top
Seat up 61 and be additionally provided with the positioning guide column 63 through the movable skeleton frame 12.The jacking seat 61 is fixedly connected with walking pedestal 11,
Because the jacking cylinder 62 is in jack-up activity skeleton frame 12, the movable skeleton frame 12 is arcuate movement track, so, in we
In case, the jacking seat 61 and jacking cylinder 62 are be hinged, meanwhile, first stroke 621 is less lift height, and lifting is high
It is larger lift height to spend for 40 ~ 70mm, second stroke 622, and this is highly 220 ~ 260mm, in actual use, when
When walking pedestal 11 needs to move, the jacking cylinder 62 is jacked to the first stroke 621, stock is separated with silk-screen screen frame, and
Make it have certain safety clearance；When needing to change or safeguard this screen printing device, you can make its work using jacking cylinder 62
Make in the second stroke 622, so as to obtain larger operation and maintenance space.
Because movable skeleton frame 12 needs to keep stationary state in printing, so that pattern printing is accurate；When walking pedestal 11
In movement, the movable skeleton frame 12 is active again, in order that stabilization of the movable skeleton frame 12 under two states, at this
In technical scheme, it is described walk pedestal 11 be provided with the wheel seat 13 positioned at the both sides of movable skeleton frame 12, the wheel seat 13 be provided with to
Few one auxiliary wheel 131 for being used to abut movable skeleton frame 12.Institute's auxiliary wheel 131 can use bearing, preferably be set on wheel seat 13
The bearing of two or three vertical arrangements is put, in printing state, the auxiliary wheel 131 of both sides of movable skeleton frame 12 should be located to work
Dynamic skeleton frame 12 compresses, and movable skeleton frame 12 is fixed in the horizontal direction with good locations, when needs have lifted the movable skeleton frame
When 12, in the presence of jacking cylinder 62, movable skeleton frame 12 is smoothly lifted with the rotatable guide effect of auxiliary wheel 131,
Certainly, boss can be set in the position that auxiliary wheel 131 is corresponded in the both sides of the movable skeleton frame 12, so as to make structure more steady
Gu.
Above content is only presently preferred embodiments of the present invention, for one of ordinary skill in the art, according to the present invention's
Thought, there will be changes, this specification content should not be construed as to the present invention in specific embodiments and applications
Limitation.
Claims (6)
1. a kind of laterally opened continuous screen printing device, including walk pedestal（11）, it is characterised in that：Walk pedestal（11）Side be provided with
Linkwork（2）, the linkwork（2）It is connected with movable skeleton frame（12）, the movable skeleton frame（12）It is provided with and is used for clamping
The fixing device of silk-screen screen frame（3）, the movable skeleton frame（12）It is provided with the screeding device that can be slid laterally（4）, and be used for
Drive the screeding device（4）The first drive mechanism（5）, it is described walk pedestal（11）Opposite side be provided with it is described for jacking
Movable skeleton frame（12）Lifting body（6）；
The fixing device（3）Including with movable skeleton frame（12）The fixed frame being slidably connected（31）, the fixed frame（31）Respectively
It is provided with the first guide pillar（32）With the second guide pillar（33）, in addition to the first guide pillar（32）With the second guide pillar（33）It is slidably connected simultaneously
Clamping mechanism for clamping silk-screen screen frame（34）, and for longitudinally adjust fixed frame（31）Micro-adjusting mechanism（35）；
The clamping mechanism（34）Including with the first guide pillar（32）The first telescopic arm being slidably connected（341）, and with the second guide pillar
（33）The second telescopic arm being slidably connected（342）, first telescopic arm（341）With the second telescopic arm（342）Fixing end set
It is equipped with Fixing clamp-seat（343）, first telescopic arm（341）With the second telescopic arm（342）Movable end be provided with movable deck
（344）, the Fixing clamp-seat（343）, movable deck（344）It is provided with the compression cylinder for compressing silk-screen screen frame（345）；
The linkwork（2）Including the first hinged seat（21）, the second hinged seat（22）And adjustment axis（23）, the adjustment axis
（23）One end be provided with and stretch into the first hinged seat（21）The first adjustment code（24）, the adjustment axis（23）The other end set
Stretch into the second hinged seat（22）The second adjustment code（25）, first hinged seat（21）It is provided with and the first adjustment code（24）
The first adjusting screw rod being flexibly connected（26）, second hinged seat（22）It is provided with and the second adjustment code（25）It is flexibly connected
Second adjusting screw rod（27）, first hinged seat（21）, the second hinged seat（22）With walking pedestal（11）It is fixedly connected, it is described
Adjustment axis（23）It is provided with and movable skeleton frame（12）The stretching block of connection（28）.
2. the laterally opened continuous screen printing device of one kind according to claim 1, it is characterised in that：The movable skeleton frame（12）Point
The 3rd guide pillar is not provided with（121）With the 4th guide pillar（122）, the fixed frame（31）Be provided with respectively with the 3rd guide pillar（121）、
4th guide pillar（122）The sliding sleeve being slidably connected（123）, the micro-adjusting mechanism（35）Including with movable skeleton frame（12）The fine setting of connection
Seat, the fine tuning seat are fixed with the first servo motor（351）, first servo motor（351）It is connected with fine setting screw rod
（352）, the fine setting screw rod（352）With fixed frame（31）It is spirally connected, the fixed frame（31）It is additionally provided with through the fine tuning seat
Lead（353）.
3. the laterally opened continuous screen printing device of one kind according to claim 1, it is characterised in that：The screeding device（4）Bag
Include moving beam（41）, the moving beam（41）Both ends be provided with chute, the movable skeleton frame（12）It is provided with and institute
State the first slide rail of slide connection（42）With the second slide rail（43）；The moving beam（41）It is provided with lifting seat（44）,
The lifting seat（44）It is connected with the scraper that silk printing screen frame is scraped for applying（45）, in addition to for driving the lifting seat（44）'s
Lift cylinder（46）.
4. the laterally opened continuous screen printing device of one kind according to claim 3, it is characterised in that：First drive mechanism
（5）Including the second servo motor（51）And with the second servo motor（51）The gearbox of drive connection, in addition to be respectively arranged at
First slide rail（42）Both ends the first synchronizing wheel（52）With the second synchronizing wheel（53）, and it is respectively arranged at the second slide rail（43）
Both ends the 3rd synchronizing wheel（54）With the 4th synchronizing wheel（55）, the gearbox is connected with power transmission shaft（56）, the power transmission shaft
（56）With the first synchronizing wheel（52）, the 3rd synchronizing wheel（54）Drive connection, first synchronizing wheel（52）With the second synchronizing wheel
（53）Between be provided with for driving the moving beam（41）The first timing belt（57）, the 3rd synchronizing wheel（54）With
Four synchronizing wheels（55）Between be provided with for driving the moving beam（41）The second timing belt（58）.
5. the laterally opened continuous screen printing device of one kind according to claim 1, it is characterised in that：The lifting body（6）Bag
Include jacking seat（61）, the jacking seat（61）It is hinged with for lifting the movable skeleton frame（12）Jacking cylinder（62）, it is described
Jacking cylinder（62）It is provided with the first stroke（621）With the second stroke（622）, the jacking seat（61）It is additionally provided with through described
Movable skeleton frame（12）Positioning guide column（63）.
6. according to a kind of any described laterally opened continuous screen printing device of claim 1 ~ 5, it is characterised in that：It is described walk pedestal
（11）It is provided with and is located at movable skeleton frame（12）Both sides wheel seat（13）, the wheel seat（13）It is provided with for abutting movable skeleton frame
（12）Auxiliary wheel（131）.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201510307580.3A CN104875479B (en) | 2015-06-08 | 2015-06-08 | A kind of laterally opened continuous screen printing device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510307580.3A CN104875479B (en) | 2015-06-08 | 2015-06-08 | A kind of laterally opened continuous screen printing device |
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| CN104875479A CN104875479A (en) | 2015-09-02 |
| CN104875479B true CN104875479B (en) | 2017-12-15 |
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| CN201510307580.3A Active CN104875479B (en) | 2015-06-08 | 2015-06-08 | A kind of laterally opened continuous screen printing device |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105690982B (en) * | 2015-12-31 | 2018-01-02 | 东旭科技集团有限公司 | MPDP glass assembly electrode print systems |
| CN110053351A (en) * | 2019-05-27 | 2019-07-26 | 惠州绿保科技有限公司 | A kind of carbon paper screen printer |
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| US3650208A (en) * | 1969-11-17 | 1972-03-21 | Daryl Gene Lambert | Screen printing machine with single-sided rack-and-pinion drive |
| CN2175102Y (en) * | 1994-01-18 | 1994-08-24 | 陈东钦 | Improved structure of screen printer |
| US5713277A (en) * | 1996-06-05 | 1998-02-03 | Svecia Usa, Inc. | Combination print head and pivotable print screen holder and method for improved operator safety during screen maintenance |
| CN201169112Y (en) * | 2008-03-14 | 2008-12-24 | 台湾恒基股份有限公司 | Driving device of printer |
| CN104309278B (en) * | 2014-10-30 | 2015-06-10 | 中国地质大学（武汉） | Three-dimensional manual curve surface screen printing machine |
| CN204820618U (en) * | 2015-06-08 | 2015-12-02 | 东莞市坚华机械有限公司 | Open continuous silk screen printing device inclines |
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2015
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