前苏联专利SU1003744A3 Multi-colour screen press

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专利说明

权利要求

类似技术

同族专利

引用文献

法律状态

优先权

专利摘要:
A stencil printing apparatus for printing a workpiece web at a printing station has a support on which the workpiece web is to be located so that a pattern can be printed on it in a plurality of successive printing operations. A magazine is located above the support at the printing station and accommodates a plurality of vertically stacked flat-screen stencils, and an arrangement is provided for serially withdrawing some or all of the stencils from the magazine, moving them to printing position above the workpiece web, and then returning them serially back to the magazine.
公开号:SU1003744A3
申请号:SU772526153
申请日:1977-09-23
公开日:1983-03-07
发明作者:Миттер Матиас
申请人:За витель；
IPC主号:

专利说明:

. (5) SCREENING BULK PRINTING MACHINE

权利要求:
Claims (8)
[1]
one
The invention relates to the field of printing on a strip material: by means of screen printed forms.
A known stencilled multicolour printing machine, containing a vertically located shop with flat stencil forms, a device for moving stencil forms in a store and outputting a regular form from a store to a print zone, means for fixing the position of the screen in a print zone, means for applying ink through a stencil mold to the printed material and device for removing used stencil form from the print zone and moving it to the store, including transporters one above the other with grippers and bodies and means for transferring screen forms from one conveyor to another.
A disadvantage of the known machine is that it has a shop.
with flat screen forms is located away from the print area, which requires additional production space. In addition, the machine 5 is not very convenient to maintain.
The aim of the invention is to increase the convenience of servicing the stencil printing machine and reducing the production area it occupies.
This goal is achieved by the fact that in a stencil printing machine mainly for printing
5 on a strip material containing a vertically disposed store with flat stencil forms, a device for moving stencil forms in the store and outputting the next
20 forms from. store in the print area, means of fixing the position of the stencil form in the print area, the means of applying ink through the stencil form to the material being printed and the device for removing the waste screen form from the print area and transferring it to the store (Including the conveyors one above the other with gripping organs and means of transfer of the stencil form from one conveyor to another, the store with flat stencil forms is located above the printing area, and the means of transfer of the stencil form from one transport The carter to another conveyor has a vertically fixed guide, a carriage mounted on it and a drive of this carriage along the guide. A device for removing the screen pattern from the printing zone and moving it to the magazine has an additional carriage mounted on the vertical carriage above the main carriage, and a screw pair for moving the additional carriage along the vertical guide, wherein the upper conveyor is mounted on the additional carriage. A device for removing used stencil form from the print zone and moving it to the store has roller guides for picking up stencil molds transported to the store, mounted on an additional carriage by means of pivoting levers. Both carriages of the device for removing the used stencil form from the print zone and moving it to the magazine are mounted on a vertical guide by means of support rollers and are arranged with respect to it as a cantilever. The device for moving forms in the store includes rods vertically arranged at the corners of the store, with support brackets evenly placed over their lengths under the stencil molds mounted on the magazine frame by means of ring guides, means for moving the rods in the guides in the vertical direction, means for turning rods around their axes for removing the brackets from under the stencil forms and located on two opposite sides of the store in vertical planes articulated parallelogra frames with horizontal guide rails fixed on their connecting rods and means for moving them, the guide rails placed on the connecting rods of the hinged parallelograms with the same pitch as the support brackets on the rods. The means for moving and rotating the rods and the hinge parallelograms {jeni parallelograms are made in the form of pneumatic cylinders. The magazine has vertically mounted centering tires from the grip and for pre-centering stencil shapes, these tires being attached to the guide bars. The device for removing the used stencil form from the print zone and moving it to the store has a adjustable stop for limiting the movement of the additional carriage and a reset switch mounted on the path of the main carriage. Fig. 1 shows a stencil printing machine, side view; Figure 2 shows a shop for screen forms; fig.Z - the same, part in a perspective view; in fig. - print area, top view; in Fig.5, the means of transfer of the stencil form from one conveyor with a gripping device to another conveyor with a gripping body, side view; Fig.6to same, top view; Fig. 7 is an additional carriage with its drive of a device for removing waste printing plates, side view; on fig.Z the same, top view. A stencil multi-color printing machine mainly for printing on a strip material contains a vertically located shop 2 with flat stencil forms 3 mounted on frame 1, a device for moving stencil forms in the store and outputting the next form from the store 2 to the print zone, means of fixing the position of the stencil shape in the zone printing, a means of applying ink through a stencil mold 3 to the material A to be printed, and a device for removing used stencil mold 3 from the print zone and moving and its store 2. Store 2 to reduce the occupied production area of the machine is located above the print area. The device for removing the waste stencil form from the print area and moving it to the store 2 contains transport vehicles 5 and 6 with catch bodies 7 ( the lower conveyor does not show the means of transfer of the stencil form 3 from the conveyor 5 to the conveyor 6, having a guide 8 vertically fixed on the base 1, a carriage 9 mounted on it, and a chain drive 10, mounted on it, an additional carriage 1 1 mounted on the guide 8 above the carriage 9. screw pair 12, 13 for moving the additional carriage along the guide 8 due to the rigid connection of the nut 13 of this pair with the additional carriage 11, mounted on the additional carriage 11 by means of rotary levers 1A 15 and 1b for picking up stencil molds 3 transported to the magazine 2, the conveyor 6 is mounted on the carriage 11, and the latter and the carriage 3 are mounted on the guide 8 by means of onopHbi x rops 17 and 18 and the console but. Device for moving forms; 3 in the magazine 2 (FIGS. 2, 3 and U, including vertical rods 2 located on the corners of the magazine 2 with evenly spaced along their length support arms 20 for molds 3, mounted on the frame 21 of the magazine 2 by means of ring guides 22, means for moving the rod 13 in guides in a vertical direction and turning them around their axes, made in the form of pneumatic cylinders 23 and 2k and located on two opposite sides of magazine 2 in vertical planes of articulated parallelograms formed by levers 25 and reinforced on their connecting rods 2b horizontal guide bars 27 and with means of their movement in the form of pneumatic cylinders 28, with guide bars 27 placed on rods 26 with the same pitch as the support brackets 20 on rods x 19. In FIG. shows the case when the articular parallelogram is moved by the pneumatic cylinder 28 over the middle rack 23. In order to move the rods 19 up and down and rotate them around their axes, the pneumatic cylinder 2 is connected to the rods 19 by means of rings 30 connected with rods by keyway st compound. The magazine 2 may have vertically mounted centering tires 31 with grippers 32 for pre-centering the stencil molds 3 by installing them in the notches 33 of the slats 3 of the molds 3, the tires 31 being fixed on the guide strips 27. The device for removing the mold 3 from the print zone and moving it to the magazine 2 has a adjustable stop 35 for restricting the movement of the additional carriage 11 and a persistent switch 36 mounted on the path of the carriage 9 The machine (see Fig. 1) contains an infinite mesh belt 37, the enclosure covers the tension a roller 38, a roller changing the direction of movement 39 of material 4 and a distribution roller 0, which can be moved in the directions indicated by the arrows. This mesh tape can also be a simple printed cloth, depending on which doctor blade is used for dyeing through the patterns 3. There is a washing and drying unit tl for cleaning the tape 37. The means for fixing the position of the stencil foom 3 in the printing area: (see Fig. 2) include centering rods 2 with height-adjustable tips 3 and pneumatic cylinders 4, at the ends of which are elongated piston rollers 5 are fixed, on which the plates 3 are supported and by means of which 3 can be extended from the print area. Stencil machine works as follows. When the lower form 3 is pushed up using the means of fixing the position of the form 3 in the print zone, in particular with the help of current rollers with the rollers 45 of the pneumatic cylinders 4, and is released from the tips 43, it is removed from the print zone by the raster 5. Then the parallelogram descends , as a result, the forms 3 are already supported by Hf and the horizontal guide channels 27, and on the brackets 20 rods 13. As a result of the operation of the non-cylinders 23, the rods 13 together with the forms 3 are lowered and the lower form is placed on the rollers "S zannuyu the right side of FIG, 2. After that, the lever parallelograms with pneumatic cylinders 28 are lifted again and, with their guide rails, fit the 3-molds 3 in the store. After this, the rods 19 by the pneumatic cylinders 2k rotate around their axes until the brackets 20 come out from under the forms 3. Then the rods The 19 pneumatic cylinders 23 are raised upward on the step of the brackets and the pneumatic cylinders 2 return to their original position, with the result that the supporting brackets 20 are again located under the bars 3 (forms 3 for the next lowering of the forms 3 by one position. The mold 3 from the magazine 2, by lowering the rods with the rollers 45, is mounted with its centering holes of the bars 3 onto the tips of the centering rods 43 of the k2 and is firmly fixed in the printing position. the lateral position using the mechanism of its movement "7" and lift on the rollers 5 the form 3, which is then released from the tips 3 and retracted from the print zone by the conveyor 5, which is driven from the engine 48 chain transfer 49. Form 3 is then picked up by the carriage moving from the engine 50 upward by the carriage in the direction of the carriage 11 with the conveyor 6. The carriage 11 can be in a constant position if the same number of forms 3 is used. The carriage 9 should get to the bottom position under the conveyor 5 before the form is removed from the print zone. As a result, the carriage 9 operates as a pallet. On this carriage, the mold is pushed up to the stop 51, rises upwards until the carriage 9 rests on switch 36, which turns off the engine 50. The upper additional carriage 11 picks up the roller tracks Ю 15 and 16 form 3 and stands in such a position that the mold 3 could be fed to the magazine 2. The roller guides 15 and 16 can be swung by means of pneumatic cylinders 52. The horizontal feeding of the mold 3 to the magazine 2 along the roller guides 15 and 16 is carried out by the organ 7 of the conveyor 6 driven in the notch 53 of the mold 3 in motion from the engine Eat 54 until Form 3 lies on horizontal guide rails 27. If Form 3 is to be conveyed to conveyor 6 not to the uppermost guide rails 27, carriage 11 is screwed in by means of screw pair 12 and 13 from engine 55 place by appropriate installation of the adjustable stop 35, which can be used as a switch. The invention makes it possible to increase the convenience of servicing a stencil machine and reduce the production area it occupies. Claims 1. Multicolor screen printing machine mainly for printing on a strip material, containing a vertically located shop with flat screen forms, a device for moving screen forms in a shop and outputting another form from a shop to a print area, means of fixing the position of the screen form in the print area, medium - on applying ink through a stencil form to the material to be printed and a device for removing used stencil form from the printing area and transferring it to the mage zine, including transporters with gripping bodies located one above the other and a means of transfer of the stencil form from one conveyor to another, so that, in order to increase the convenience of maintaining the machine and reducing the production area it occupies , the Q store with flat stencil forms is located above the print area, and the stencil mold transfer means from one conveyor to another conveyor has a vertically reinforced guide mounted on it and a carriage driven along this guide.
[2]
2. The machine according to claim 1, about tl and h d sat. with this, the device for removing the waste screen forum from the print area and moving
it has an additional carriage mounted on a vertical guide above the main carriage and a screw pair for moving the additional carriage along a vertical guide to the magazine, while this upper conveyor is mounted on an additional carriage,
[3]
3. The machine is characterized by the fact that the device for removing the worked out stencil form from the print zone and moving it to the magazine has roller guides for picking up the stencil forms transported to the store, mounted on an additional carriage by means of pivoting levers.
[4]
k. A machine according to claims 1-3, in which both carriages of the device for removing the waste stencil form from the printing zone and moving it to the magazine are mounted on a vertical guide by means of support rollers and arranged with respect to it console
[5]
5. Machine according to claims 1 -, which means that the device for moving, stencil forms in the store includes rods vertically located at the corners of the store with uniformly placed along them. the length of the support brackets for stencil forms mounted on the casa of the magazine by means of annular guides, means for moving the rods in the guides in the vertical direction, means for turning the rods around their axes for removing the brackets from under the stencil forms and located on two opposite sides of the store in vertical planes, hinged parallelograms with horizontal guide rails fixed on their connecting rods and with means for moving them, the guide rails and placed on the connecting rods of hinged parallelograms with the same pitch as the support brackets on the rods.
[6]
6. The machine according to claim 1-5, wherein the means for the vertical re-movement and rotation of the rods and the movement of the hinge parallelograms are made in the form of pneumatic cylinders.
[7]
7. The machine according to claims 1-6, about TPP and partly with the fact that the store has vertically installed centering tires with grippers for pre-centering stencil shapes, and these tires are fixed
on the guide bars.
[8]
8. The machine according to claims 1–7, so that the device for removing used stencil form from the print zone and moving it to the store has a adjustable stop for limiting the movement of the additional carriage and a reset switch mounted on paths of movement of the main carriage.
Sources of information taken into account in the examination
1. USSR author's certificate No. 5 (2kki {, cl. Bijl F 15/00, 1975 (prototype).
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同族专利:

公开号 | 公开日

SU730289A3|1980-04-25|

AT364339B|1981-10-12|

FR2365440B3|1980-06-13|

ATA656577A|1981-03-15|

JPS5342913A|1978-04-18|

GB1586283A|1981-03-18|

DE2643226A1|1978-03-30|

US4173928A|1979-11-13|

NL7710298A|1978-03-29|

US4195567A|1980-04-01|

ATA656277A|1981-01-15|

ES462614A1|1978-06-16|

NL7710297A|1978-03-29|

AT363444B|1981-08-10|

CH626293A5|1981-11-13|

FR2365439A1|1978-04-21|

IT1090268B|1985-06-26|

JPS5342912A|1978-04-18|

CH624342A5|1981-07-31|

ES462613A1|1978-06-16|

IT1090262B|1985-06-26|

DE2643226C2|1982-07-29|

FR2365440A1|1978-04-21|

FR2365439B3|1980-06-13|

引用文献:

公开号 | 申请日 | 公开日 | 申请人 | 专利标题

DE1252167B|1967-10-19|The Bradford Dyers' Association Limited, Bradford, Yorkshire |Stencil printing machine for printing pile goods, for example carpets, using several screen stencils|

US1606358A|1926-11-09|Addressing machine |

US1883643A|1928-12-31|1932-10-18|Harmon P Elliott|Stencil printing machine|

GB436297A|1934-12-21|1935-10-10|John Sylvester Wheelwright|Improvements in or relating to stencil-printing machines|

US2206176A|1939-03-13|1940-07-02|Robert F Foard|Screen printing apparatus|

US2610577A|1948-10-05|1952-09-16|Teximpex Ab|Screen printing machine|

DE879831C|1949-09-11|1953-06-15|Eduard Kuesters|Method and device for printing colors on belts|

US2710577A|1950-07-25|1955-06-14|Firm Kerag Kesselschmiede App|Screen printing machine|

DE878186C|1950-08-22|1953-06-01|Jean Bley|Stencil printing machine for textile webs u. like|

GB878094A|1957-01-09|1961-09-27|Zimmer Johannes|A device for use in printing on sheet material|

US3137230A|1961-10-01|1964-06-16|Ichinose Hisakichi|Automatic screen printing machine by vacuum method|

AT236326B|1962-06-14|1964-10-12|Johannes Zimmer|Method and device for producing a print through in thick fabric webs|

NL297818A|1963-09-12|1900-01-01|

US3628654A|1969-10-01|1971-12-21|Edward F Haracz|Vacuum belt conveyors|

BE758481A|1969-11-05|1971-04-16|Eastman Kodak Co|ENDLESS CONVEYOR|

NL7017690A|1969-12-17|1971-06-21|

US3902414A|1970-10-01|1975-09-02|Peter Zimmer|Screen printer using vibration to improve ink penetration|

US3780652A|1972-03-20|1973-12-25|H Farwell|Screen printer with screen infeed means|

CH542137A|1972-04-19|1973-09-30|Sperry Rand Corp|Device for locking and controlling the locking of containers for transport on carriers in an article storage system|

US3818391A|1972-12-01|1974-06-18|Xerox Corp|Tracking assembly for an endless belt electrostatographic machine|

US3905293A|1973-01-26|1975-09-16|Addressograph Multigraph|Plate feed mechanism|

AT357506B|1973-02-07|1980-07-10|Zimmer Peter Ag|Squeegee device with a squeegee housing closed on all sides|

US3941053A|1973-09-27|1976-03-02|James A. Black|Printing press|

ES427105A1|1974-06-08|1976-07-16|Impression Textil Maquinaria|Fabric printing machine|

CH598951A5|1974-10-10|1978-05-12|Johannes Zimmer|SE426926B|1979-02-28|1983-02-21|Svecia Silkscreen Maskiner Ab|STONE PRINTING MACHINE WITH MATERIAL TRANSPORT|

US4433623A|1981-11-30|1984-02-28|Ppg Industries, Inc.|Apparatus for and method of applying a pattern upon a substrate|

DE3305907C2|1983-02-21|1987-01-08|Anton Cramer Gmbh & Co Kg, 4402 Greven, De|

DE3334444A1|1983-09-23|1985-04-11|Gerhard 4800 Bielefeld Klemm|SCREEN PRINTING MACHINE|

SE457339B|1984-05-08|1988-12-19|Svecia Silkscreen Maskiner Ab|STORAGE FEED DEVICE FOR STONE CIRCUITS AND STONE PRINTING MACHINE ADAPTED BEFORE USING THE DEVICE|

SE448424B|1985-07-10|1987-02-23|Svecia Silkscreen Maskiner Ab|STONE PRINTING MACHINE WITH A FRONT AND REAR RECHARGE ARRANGEMENT|

US4747211A|1987-02-09|1988-05-31|Sheldahl, Inc.|Method and apparatus for preparing conductive screened through holes employing metallic plated polymer thick films|

GB2207124B|1987-07-16|1991-11-20|Somar Corp|Pallet stocker system.|

JPH01137227U|1987-11-13|1989-09-20|

FR2646807B1|1989-05-11|1991-08-30|Renard Jean Yves|MULTI-COLOR SERIGRAPHIC PRINTING CAROLE WITH HORIZONTAL AXIS|

JP2511175B2|1990-05-25|1996-06-26|日立テクノエンジニアリング株式会社|Screen printing equipment|

EP0484609A1|1990-11-07|1992-05-13|Viero S.R.L.|A machine for printing fabrics|

US5107760A|1990-12-17|1992-04-28|Pratt Gordon D|Multiple screen screen-printing apparatus|

JP2504643B2|1991-08-23|1996-06-05|株式会社日立製作所|Conductive paste filling device|

DE4204390A1|1992-02-14|1993-08-19|Rheinmetall Gmbh|SCREEN PRINTING DEVICE|

FR2689059B1|1992-03-26|1994-06-10|Dubuit Mach|PRINTING MACHINE WITH INTERCHANGEABLE PRINTING HEAD.|

US5279220A|1993-03-04|1994-01-18|Clifton Cynthia S|Screen printing apparatus|

US5301608A|1993-06-04|1994-04-12|Precision Screen Machines, Inc.|Index control system for printing apparatus|

AT403029B|1994-12-12|1997-10-27|Zimmer Maschinenbau Gmbh|STORAGE DEVICE FOR ROUND TEMPLATES|

US5927193A|1997-10-16|1999-07-27|International Business Machines Corporation|Process for via fill|

NL1011727C1|1998-10-16|2000-04-18|Stork Brabant Bv|Screen printing device with printing position shield.|

US6152031A|1999-02-10|2000-11-28|Decruz; Rudolf R.|STS dayloader system|

US6253674B1|1999-11-15|2001-07-03|Michael E. Cook|Vacuum printing apparatus and process method|

DE10256327A1|2002-11-27|2004-06-09|Thieme Gmbh & Co. Kg|Siebdruckmschine|

US20090095172A1|2007-10-11|2009-04-16|Millwood, Inc.|Pallet paint and stencil apparatus and method|

US8794139B2|2008-03-07|2014-08-05|The Graphic Edge, Inc.|Printing apparatus|

TWI359081B|2008-08-07|2012-03-01|

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CN102189759A|2011-04-22|2011-09-21|江苏舒尔雅家纺有限公司|Conduction band cleaning-prebaking device|

US8661974B2|2011-09-22|2014-03-04|Atma Champ Enterise Corporation|Moving-out and adjustment device for screen|

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US10087984B2|2015-06-30|2018-10-02|Saint-Gobain Performance Plastics Corporation|Plain bearing|

CN106393950A|2016-08-30|2017-02-15|合肥鼎锋触控科技有限公司|Novel screen drawing machine|

EP3482939B1|2017-11-10|2020-05-20|Exentis Group AG|Screen providing system|

US11247286B2|2019-06-13|2022-02-15|Illinois Tool Works Inc.|Paste dispensing transfer system and method for a stencil printer|

DE102020208163A1|2020-06-30|2022-01-13|Ekra Automatisierungssysteme Gmbh|Printing device and printing system with stencil magazine for printing flat substrates|

法律状态:

优先权:

申请号 | 申请日 | 专利标题

DE2643226A|DE2643226C2|1976-09-25|1976-09-25|Device for the intermittent printing of printed matter, in particular webs of material, by means of several movable flat stencils|

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