CN101648454B - Cartridge device for automatic screen printing production line - Google Patents

Cartridge device for automatic screen printing production line Download PDF

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Publication number
CN101648454B
CN101648454B CN2008101333961A CN200810133396A CN101648454B CN 101648454 B CN101648454 B CN 101648454B CN 2008101333961 A CN2008101333961 A CN 2008101333961A CN 200810133396 A CN200810133396 A CN 200810133396A CN 101648454 B CN101648454 B CN 101648454B
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casket
card
printed article
card casket
cartridge
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CN101648454A (en
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陈东钦
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ATMA CHAMP ENT CORP
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ATMA CHAMP ENT CORP
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Abstract

The invention discloses a cartridge device for an automatic screen printing production line, which comprises a frame body, a plurality of cartridges for storing printed matters, two cartridge lifting mechanisms arranged on the frame body in parallel left and right and capable of driving the cartridges to move up and down, two cartridge carrying mechanisms arranged on the rear sides of the cartridge lifting mechanisms on the frame body and used for carrying the cartridges to move forwards and backwards, two printed matter transfer mechanisms arranged on the front sides of the cartridge lifting mechanisms on the frame body and used for transferring the printed matters to move, and two displacement mechanisms correspondingly arranged above the two printed matter transfer mechanisms on the frame body respectively and used for moving the printed matters into and out of the cartridges and on the printed matter transfer mechanisms so as to form the cartridge device which can be used for two operating lines.

Description

The cartridge device of automatic screen printing production line
Technical field
The present invention relates to a kind of screen printer, particularly the cartridge device of automatic screen printing production line.
Background technology
The self-feeding structure of early stage screen printer, as No. 137966 " the self-feeding structure of screen printer " contents of the novel patent announcement of TaiWan, China, it mainly is to utilize the delivery board that can do syllogic vertical direction location, upper, middle and lower and do the level fixed point displacement, the material that calibrated table top is earlier stirred the location is accurately delivered to the printing element position and is printed, and described delivery board also can be sent the material that is completed for printing to the district that gathers materials in charging synchronously, and finishes full-automation and the pinpoint mass transport of energy.Though above-mentioned structure tool automatic transport function, its structure is comparatively complicated, in case shut down or during maintenance whole screen printer also can and then shut down.
Recent screen printer pay-off, further utilize cartridge structure to use as storing printed article, it mainly carries card casket 10a to material placing area by a conveying mechanism, rely on a thrust gear to push away card casket 10a to another conveying mechanism again with the printed article that driven mode will block among the casket 10a, wherein said card casket 10a is an open configuration (as shown in Figure 1), make the printed article that storEs in card casket 10a be subjected to contamination by dust easily and cause the printed article quality to descend, described again thrust gear is in the process of passing printed article, the bottom surface of printed article makes printed article produce abrasion with the relative friction of meeting of card casket, particularly on the needs, its harmful effect of printed article that following two faces print is more remarkable; Described again screen printer pay-off generally is designed to separately and two active lines (feed, rewinding) that separate, make described card casket 10a no matter under the situation of empty boxes or full casket, need to rely on the people work and change the action of card casket, deliver to feed zone for using or the card casket 10a of empty boxes being delivered to receiving section use to treat rewinding as the card casket 10a that will expire casket.
Though above-mentioned existing structure has the application target of rewinding and feed, can't be applied to fully use on the automatic screen printing production line, and the project organization of its card casket 10a also can cause some harmful effects to printed article.
As from the foregoing, existing screen printer conveying device is generally used in the printing of high-tech product, for how reducing manpower, to enhance productivity and reduce production costs, existing screen printer conveying device can't or be difficult to take into account simultaneously above-mentioned multiple condition; The present invention invents at the shortcoming of existing screen printer.
Summary of the invention
Main purpose of the present invention is: a kind of cartridge device of automatic screen printing production line is provided, solves being difficult to that existing structure exists to take into account the reduction manpower simultaneously, the problem of condition such as enhance productivity and reduce production costs.
For achieving the above object, the technical solution used in the present invention is:
A kind of cartridge device of automatic screen printing production line is characterized in that: comprise that a support body, a plurality of card casket, two card coffin hoist structures, two card caskets carry mechanism, two printed article transfer mechanisms and two shift mechanisms, wherein:
Support body is the structure of a metal frame material, is used for being installed with card casket, card coffin hoist structure, card casket and carries mechanism, printed article transfer mechanism and shift mechanism;
The card casket comprises that an interior casket and can be installed with the outer casket of interior casket, and the leading flank of described outer casket is provided with a long perforate with the opening corresponding to interior casket;
Card coffin hoist structure, left and right being set in parallel on the support body comprises that a slide rail post and is slidingly arranged in the card casket travel mechanism on the guide rail of slide rail post, the card casket is placed in the card casket travel mechanism and can be upper and lower mobile with card casket travel mechanism;
The card casket carries mechanism, on the upper and lower support body that is spaced the rear side that is arranged on card coffin hoist structure and corresponding to card casket position, is used for carrying the card casket and moves forward and backward the position will block casket and be carried in card coffin hoist structure forward or to carry backward from blocking the coffin hoist structure;
The printed article transfer mechanism is arranged on the front side of card coffin hoist structure, is used for printed article is transferred load to the presswork district or the storage operation district of production line;
Shift mechanism is arranged on the support body corresponding to card casket and printed article transfer mechanism, with printed article by moving on the printed article transfer mechanism via the long perforate of outer casket in the card casket or by moving in the card casket via the long perforate of outer casket on the printed article transfer mechanism.
Compared with prior art, the beneficial effect that the present invention has is: can be with the printed article on the active line by moving on the printed article transfer mechanism in the card casket to carry out the rewinding storage operation at an active line by means of a shift mechanism, or printed article is moved in the casket on the printed article transfer mechanism to carry out the feed operation at an active line by card, make two active lines of automatic screen printing production line can carry out the result of use that automatic feed, rewinding store at the same time or separately.
Description of drawings
Fig. 1 is the stereoscopic figure of existing card casket;
Fig. 2 is perspective view of an embodiment of the present invention;
Fig. 3 is the part exploded perspective view of Fig. 2;
Fig. 4 is the exploded perspective view of card casket;
Fig. 5 is the stereoscopic figure of card coffin hoist structure;
Fig. 6 is the exploded perspective view of card casket travel mechanism;
Fig. 7 is the part exploded perspective view that the card casket carries mechanism;
Fig. 8 is the exploded perspective view of printed article transfer mechanism;
Fig. 9 is the exploded perspective view that supports setting mechanism;
Figure 10 is the adjust stereoscopic figure of rotating mechanism of lifting;
Figure 11 is the exploded perspective view of Figure 10;
Figure 12 is the stereoscopic figure of shift mechanism;
Figure 13 is the exploded perspective view of Figure 12;
Figure 14 is the action diagram that the arm for taking material of shift mechanism moves forward;
Figure 15 is the action diagram that the arm for taking material of shift mechanism moves backward;
Figure 16 is the action diagram that the arm for taking material of shift mechanism moves backward again.
Description of reference numerals: cartridge device 1; Support body 2; Printed article 3; Card casket 10,10a; Interior casket 11; Accommodation space 111; Opening 112; Bearing 113; Outer casket 12; Opening 121; Long perforate 122; Card coffin hoist structure 20; Slide rail post 21; Guide rail 211; Power spare 212; Screw rod 213; Card casket travel mechanism 22; Board 221; Perforate 222; Guide rail 223; Power spare 224; Drive 225; Screw rod 226; Drive block 227; Card casket strut socket 228; Card casket strut 229; Transfer mechanism 230; The card casket carries mechanism 30; Conveyer belt mechanism 31; Motor apparatus 32; Driving shaft 33; Power transmission shaft 34; Belt conveyor 35; Printed article transfer mechanism 40; Carry seat 41; Motor apparatus 42; Drive 43; Driven pulley 44; Belt conveyor 45; Support setting mechanism 46; Pedestal 461; Action plate 462; Support axle 463; First cylinder 464; Locating shaft spare 465; Second cylinder 466; The lifting rotating mechanism 47 of adjusting; Pedestal 471; Anchor clamps cylinder 472; Locating shaft spare 473; Rotary cylinder 474; Shift mechanism 50; Power spare 51; Reducing gear 511; Gear mechanism 52; Driving gear 521; Driven gear 522; Driving shaft 523; Driven shaft 524; Lever arm 53; Force arm 531; Cursor 532; Moving runner 533; Driving axle center 534; Arm for taking material 54; Guide bracket piece 541; Track base 55.
The specific embodiment
For making the present invention clear and definite more full and accurate, enumerate preferred embodiment now and cooperate following diagram, structure of the present invention and technical characterictic thereof are described in detail as the back:
Please refer to Fig. 2~shown in Figure 12, the cartridge device 1 of automatic screen printing production line of the present invention, comprise a support body 2, a plurality of card caskets 10, two card coffin hoist structures 20, two card caskets carry mechanism 30, two printed article transfer mechanisms 40 and two shift mechanisms 50, wherein, described support body 2 is structures that are combined to form with metal frame material such as aluminium extruded type frame material, its weight is lighter and not yielding, for being installed with card coffin hoist structure 20, the card casket carries mechanism 30, printed article transfer mechanism 40 and shift mechanism 50 to be reducing its configuration space (as shown in Figure 2), and can cooperate automatic screen printing production line the needs of position to be set and the running transform position.
As shown in Figure 4, described card casket 10 is to comprise a casket 11 and an outer casket 12 in one, the inside of casket 11 is provided with an accommodation space 111 in wherein said, the front side of described accommodation space 111 is provided with an opening 112 to face shift mechanism 50, described opening 112 inboards are provided with a plurality of bearings 113 of from top to bottom equidistant arrangement and place for printed article, and printed article can be left in the card casket 10; The end face of described outer casket 12 is provided with an opening 121 and can be inserted and be installed with outside in the casket 12 by opening 121 for interior casket 11, its leading flank is provided with a long perforate 122 can printed article be moved into or take out in the card casket via passing long perforate 122 corresponding to the opening 112 of interior casket 11 and for shift mechanism 50, again, described card casket 10 can drive it by means of card coffin hoist structure and do upper and lower moving.
As Fig. 2, Fig. 3, Fig. 5, shown in Figure 6, described two card coffin hoist structures 20 are left and right being set in parallel on the support body 2, it mainly comprises a slide rail post 21 and a card casket travel mechanism 22, at least be provided with a guide rail 211 and a power spare 212 on the described slide rail post 21, described power spare 212 need can be servo motor, stepper motor, direct current DC brushless motor according to different designs, relies on described power spare 212 to rotate to drive a screw rod 213 rotations and to drive card casket travel mechanism 22 synchronously and do upper and lower slip on guide rail 211; Described card casket travel mechanism 22 is to be slidingly arranged on the guide rail 211 of slide rail post 21, it comprises that a board 221 is for placing a card casket 10, described board 221 is provided with at least one perforate 222 with correspondence card casket strut 229, described board 221 belows are provided with a guide rail 223 and a power spare 224 at least, described power spare 224 need can be servo motor according to different designs, stepper motor, direct current DC brushless motor, described power spare 224 relies on drive 225 to link a screw rod 226 downwards, the lower end of described screw rod 226 links a drive block 227, the corresponding card casket strut socket 228 that links on one side of described drive block 227, vertically be provided with at least one card casket strut 229 on the end face of described card casket strut socket 228 and make its upper end pass the perforate 222 of board 221 and contact in the bottom surface of interior casket 11, wherein, relying on described power spare 224 to rotate to drive a screw rod 226 rotations can make drive block 227 drive card casket strut sockets 228 and card casket strut 229 do along guide rail 223, lower slider, and the interior casket in the sync card casket 10 11 is done, lower slider; One transfer mechanism 230 further is set in the card casket travel mechanism 22 of described again card coffin hoist structure 20 can be carried in the mechanism 30 owing to the position on the board 221 of card casket travel mechanism 22 is transferred to the card casket for blocking casket 10.
As Fig. 2, Fig. 3, shown in Figure 7, described two card caskets carry mechanism 30, on being, be spaced down on the support body 2 of the rear side that is arranged on card coffin hoist structure 20, it comprises a plurality of conveyer belt mechanism 31, described conveyer belt mechanism 31 mainly comprises a motor apparatus 32 and laterally links a driving shaft 33, at a distance of the parallel power transmission shaft 34 that is provided with in driving shaft 33 appropriate positions, a sheathed belt conveyor 35 as shown in Figure 7 on described driving shaft 33 and the power transmission shaft 34, rely on motor apparatus 32 to rotate and rotate and belt conveyor 35 is moved around driving shaft 33 and power transmission shaft 34, be used for carrying card casket 10 and move forward and backward the position and carry forward and blocking coffin hoist structure 20 or carrying backward from blocking on the coffin hoist structure 20 will block casket 10 with synchronous drive driving shaft 33.
As Fig. 2, Fig. 3, shown in Figure 8, described two printed article transfer mechanisms 40, be arranged on the support body 2 of front side of card coffin hoist structure 20, it comprises that one carries seat 41, at least be provided with a motor apparatus 42 in it, at least one end in the axle center of described motor apparatus 42 links a drive 43, described drive 43 also cooperates correspondence to be provided with a plurality of driven pulleys 44, be equipped with at least one belt conveyor 45 as shown in Figure 8 on described drive 43 and the driven pulley 44, rely on the axle center of motor apparatus 42 to be rotated and rotate and belt conveyor 45 is moved around power transmission shaft 43 and driven shaft 44, will transfer load to the presswork district or the storage operation district of production line at the printed article on the printed article transfer mechanism 40 3 with synchronous drive power transmission shaft 43.
As Fig. 8, shown in Figure 9, further can be provided with one in the conveying seat 41 of described printed article transfer mechanism 40 and support setting mechanism 46, comprise a pedestal 461, be provided with an action plate 462 in it, the peripheral region of described action plate 462 is provided with symmetrical a plurality of support axles 463, and the place is provided with one first cylinder 464 in the centre, be connected with two symmetrical locating shaft spares 465 on described first cylinder 464, the bottom surface of described pedestal 461 binding downwards is provided with one second cylinder 466, its axle center correspondence is attached at the bottom surface of action plate 462, rely on the expanding-contracting action in the axle center of described first cylinder 464 can drive whole locating shaft spare 465 simultaneously laterally synchronously, inboard telescopic moving, to adjust the horizontal level of printed article 3 on printed article transfer mechanism 40, rely on the expanding-contracting action in the axle center of described second cylinder 466 can drive action plate 462 upwards again, move down upwards with synchronous drive support axle 463, move down to adjust the upright position of printed article 3 on printed article transfer mechanism 40, so, can adjust printed article 3 on printed article transfer mechanism 40 the level and the position of vertical direction and reach the purpose of location.
As the lifting rotating mechanism 47 of adjusting further can be set in the conveying seat 41 of Fig. 8, Figure 10, described printed article transfer mechanism 40 shown in Figure 11 again, comprise a pedestal 471, at least be provided with an anchor clamps cylinder 472 on it, be connected with symmetrical a plurality of locating shaft spares 473 on the described anchor clamps cylinder 472 for bearable printed article 3; An and rotary cylinder 474, rely on anchor clamps cylinder 472 drive locating shaft spares 473 laterally, inboard telescopic moving is with clamping printed article 3, rely on the rotational action of rotary cylinder 474 to be rotated again, be used for cooperating printed article 3 and printed article 3 need be turned to carry out presswork with oblique lines to drive printed article 3.
As Fig. 2, Fig. 3, Figure 12, shown in Figure 13, described two shift mechanisms 50, correspond respectively to card casket 10 and printed article transfer mechanism 40 and be arranged on the support body 2, so that printed article is moved into, go out in card casket 10 and on the printed article transfer mechanism 40, it comprises a power spare 51, described power spare 51 need can be servo motor according to different designs, stepper motor, direct current DC brushless motor or further be equipped with reducing gear 511, described power spare 51 links a gear mechanism 52 downwards, described gear mechanism 52 comprises a driving gear 521 and also relies on a driving shaft 523 and driven shaft 524 to link two lever arms 53 downwards respectively with driving gear 521 corresponding meshing driven gears 522, described lever arm 53 comprises a force arm 531 and utilizes a moving runner 533 and cursor 532 to link, described two lever arms 53 utilize driving axle center 534 to be attached at an arm for taking material 54 respectively, described arm for taking material 54 utilizes a guide bracket piece 541 to be connected in track base 55 as Figure 12 with the straight line move mode, shown in 13, drive driving gear 521 by means of power spare 51 rotates and rotate and then drive driven gear 522 rotations, the force arm 531 that makes two lever arms 53 is the axle center with driving shaft 523 and driven shaft 524 respectively and is fulcrum with moving runner 533, drive cursor 532 in the link motion mode and move and then drive arm for taking material 54 before track base 55 works, back rectilinear direction moves, for moving on the printed article transfer mechanism 40 by card in the casket 10 printed article 3 or by moving on the printed article transfer mechanism 40 in the card casket 10; Gear and gear can produce the gap and the error of the position that rotates between its transverse tooth thickness and space width as another when meshing, and driven gear 522 of the present invention further comprises two gears and to arrange up and down and dislocation slightly (just the tooth of upper and lower gear and tooth are do not have fully overlapping aligns) mode is combined to form, driving gear 521 can be fastened between the space of teeth of two gears of driven gear 522 and reduce the gap and produce, with the meshing effect of raising driving gear 521, and then promote arm for taking material 54 forward and backward mobile accuracys with driven gear 522.
As shown in figure 14, described shift mechanism 50 relies on power spare 51 to drive lever arms 53 to drive arm for taking material 54 in the link motion mode and move forward as straight line, and it is interior so that printed article 3 is moved, is taken in the card casket 10 to make arm for taking material 54 stretch into card casket 10; As shown in figure 15, described shift mechanism 50 relies on power spare 51 to drive lever arms 53 to drive arm for taking material 54 in the link motion mode and make straight line and move backward, so that printed article 3 is moved, is taken on the printed article transfer mechanism 40; As shown in figure 16, described shift mechanism 50 further drives arm for taking material 54 and moves backward, and retreats in the outside of card casket 10 and printed article transfer mechanism 40.
Rely on above-mentioned, described cartridge device 1 utilizes the card casket to carry mechanism 30 will to block casket 10 and be carried to card coffin hoist structure 20, described card coffin hoist structure 20 cooperates the position is set can does upper and lower moving for shift mechanism 50 and will block printed articles 3 taking-ups in the casket 10 and be placed on the printed article transfer mechanism 40 of shift mechanisms 50, and described printed article transfer mechanism 40 transfers load to the presswork district to form a feed work operations line with printed article 3; Described again shift mechanism 50 moves into and is placed in the card casket 10 printed article on the printed article transfer mechanism 40 3 to form a rewinding work operations line; Further will be the card casket 10 of rewinding utilize the card caskets to carry mechanism 30 will to block casket 10 and be carried to the storage area to form a storage operation active line; Again, described active line can carry out feed, rewinding, storage operation separately or rely on two active lines to carry out feed and rewinding, storage operation respectively, makes automatic screen printing production line reach the result of use of automatic feed, rewinding, storage; Again; further on automatic screen printing production line, need Suspend Job with clean, work such as maintenance, fault eliminating, but the result of use that relies on said structure timely adjustment feed, rewinding operation need not shut down so that automatic screen printing production line can remain in operation.
More than explanation is just illustrative for the purpose of the present invention; and nonrestrictive, those of ordinary skills understand, under the situation of the spirit and scope that do not break away from claim and limited; can make many modifications, variation or equivalence, but all will fall within protection scope of the present invention.

Claims (10)

1. the cartridge device of an automatic screen printing production line is characterized in that: comprise that a support body, a plurality of card casket, two card coffin hoist structures, two card caskets carry mechanism, two printed article transfer mechanisms and two shift mechanisms, wherein:
Support body is the structure of a metal frame material, is used for being installed with card casket, card coffin hoist structure, card casket and carries mechanism, printed article transfer mechanism and shift mechanism;
The card casket comprises that an interior casket and can be installed with the outer casket of interior casket, and the leading flank of described outer casket is provided with a long perforate with the opening corresponding to interior casket;
Card coffin hoist structure, left and right being set in parallel on the support body comprises that a slide rail post and is slidingly arranged in the card casket travel mechanism on the guide rail of slide rail post, the card casket is placed in the card casket travel mechanism and can be upper and lower mobile with card casket travel mechanism;
The card casket carries mechanism, on the upper and lower support body that is spaced the rear side that is arranged on card coffin hoist structure and corresponding to card casket position, is used for carrying the card casket and moves forward and backward the position will block casket and be carried in card coffin hoist structure forward or to carry backward from blocking the coffin hoist structure;
The printed article transfer mechanism is arranged on the front side of card coffin hoist structure, is used for printed article is transferred load to the presswork district or the storage operation district of production line;
Shift mechanism is arranged on the support body corresponding to card casket and printed article transfer mechanism, with printed article by moving on the printed article transfer mechanism via the long perforate of outer casket in the card casket or by moving in the card casket via the long perforate of outer casket on the printed article transfer mechanism.
2. according to the cartridge device of the described automatic screen printing production line of claim 1, it is characterized in that: described support body is to be combined to form with aluminium extruded type frame material.
3. according to the cartridge device of the described automatic screen printing production line of claim 1, it is characterized in that: the interior casket inside of described card casket is provided with an accommodation space in addition, the front side that the opening of casket is located at described accommodation space in described is to regard to shift mechanism, and described opening inboard is provided with a plurality of bearings of from top to bottom equidistant arrangement and places for printed article; Again, the outer casket end face of card casket is provided with an opening in addition and can be inserted and be installed with outside in the casket by described opening for interior casket.
4. according to the cartridge device of the described automatic screen printing production line of claim 1, it is characterized in that: the slide rail post of described card coffin hoist structure is provided with a power spare in addition, described power spare is servo motor or stepper motor or direct current DC brushless motor, relies on described power spare to rotate and drive a screw rod to rotate with synchronous drive card casket travel mechanism do upper and lower moving on the guide rail of slide rail post.
5. according to the cartridge device of the described automatic screen printing production line of claim 1, it is characterized in that: described card casket travel mechanism further comprises a board, for placing a card casket, board is provided with at least one perforate of corresponding card casket strut, board below is provided with a transfer mechanism and is transferred to the card casket and carries in the mechanism by blocking casket travel mechanism will block casket, the board below is provided with a guide rail and a power spare at least, described power spare is servo motor or stepper motor or direct current DC brushless motor, described power spare also relies on drive to link a screw rod downwards, the lower end of described screw rod links a drive block, the corresponding card casket strut socket that links on one side of described drive block, vertically be provided with at least one card casket strut on the end face of described card casket strut socket and make the upper end of card casket strut pass the perforate of board and contact bottom surface in interior casket, relying on described power spare to rotate with downward drive one screw rod rotation can make drive block drive card casket strut socket and card casket strut do along guide rail, move down, and the interior casket that drives synchronously in the card casket is done, move down.
6. according to the cartridge device of the described automatic screen printing production line of claim 1, it is characterized in that: described card casket carries mechanism, further comprise a plurality of conveyer belt mechanism, described conveyer belt mechanism mainly comprises a motor apparatus and laterally links a driving shaft, the parallel power transmission shaft that is provided with in relative driving shaft appropriate position, a sheathed belt conveyor on described driving shaft and the power transmission shaft.
7. according to the cartridge device of the described automatic screen printing production line of claim 1, it is characterized in that: described printed article transfer mechanism comprises that further one carries seat, at least be provided with a motor apparatus in it, at least one end in the axle center of described motor apparatus links a drive, described drive also cooperates correspondence to be provided with a plurality of driven pulleys, is equipped with at least one belt conveyor on described drive and the driven pulley.
8. according to the cartridge device of the described automatic screen printing production line of claim 1, it is characterized in that: described shift mechanism further comprises a power spare, described power spare is servo motor or stepper motor or direct current DC brushless motor, described power spare links a gear mechanism downwards, described gear mechanism comprises a driving gear and two driven gears, described two more than the driven gear, down and the arrangement mode combination and corresponding with driving gear meshing of misplacing slightly, again, described driving gear and driven gear also rely on a driving shaft and driven shaft to link two lever arms downwards respectively, described lever arm comprises a force arm and utilizes a moving runner and the cursor binding, described two lever arms utilize driving axle center to be attached at an arm for taking material respectively, and described arm for taking material utilizes a guide bracket piece to be connected in track base with the straight line move mode; Described power spare further is equipped with a reducing gear again.
9. according to the cartridge device of the described automatic screen printing production line of claim 1, it is characterized in that: further be provided with one in the described printed article transfer mechanism and support setting mechanism, comprise a pedestal, be provided with an action plate in it, the peripheral region of described action plate is provided with symmetrical a plurality of support axles, and the place is provided with one first cylinder in the centre, be connected with two symmetrical locating shaft spares on described first cylinder, the bottom surface of described pedestal binding downwards is provided with one second cylinder, its axle center correspondence is attached at the bottom surface of action plate, is used for adjusting the level of printed article on the printed article transfer mechanism and the position and the formation location of vertical direction.
10. according to the cartridge device of the described automatic screen printing production line of claim 1, it is characterized in that: the lifting rotating mechanism of adjusting further is set in the described printed article transfer mechanism, comprise a pedestal, at least be provided with an anchor clamps cylinder on it, be connected with symmetrical a plurality of locating shaft spares on the described anchor clamps cylinder for bearable printed article; And rotary cylinder, be used for clamping printed article and drive printed article and rotate.
CN2008101333961A 2008-08-13 2008-08-13 Cartridge device for automatic screen printing production line Active CN101648454B (en)

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CN2396962Y (en) * 1999-10-12 2000-09-20 曾一圣 Screen-printing machine with automatic feeding device
CN2908149Y (en) * 2006-04-30 2007-06-06 互通气动机器工程(番禺)有限公司 Synchronous feeding device of silk screen printing machine

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105882122A (en) * 2016-01-19 2016-08-24 庄统壹 Full-automatic screen printing machine

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