CN1079334C - Print plate cylinder for hole plate print device - Google Patents
Print plate cylinder for hole plate print device Download PDFInfo
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- CN1079334C CN1079334C CN95115381A CN95115381A CN1079334C CN 1079334 C CN1079334 C CN 1079334C CN 95115381 A CN95115381 A CN 95115381A CN 95115381 A CN95115381 A CN 95115381A CN 1079334 C CN1079334 C CN 1079334C
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Abstract
Disclosed is a printing drum of a stencil printing machine, which includes a base member having two annular members disposed at a specific space on a common central axis and a transverse bar connecting the two annular members; a flexible multi-porous sheet wrapped into a cylindrical shape around the outer peripheral surface of the base member, and around which a stencil sheet is wrapped; a stencil clamping device; an inner pressing device provided on the back side of the flexible multi-porous sheet for supplying ink outwardly from the inside of the flexible multi-porous sheet, and for radially outwardly deforming the flexible multi-porous sheet by pushing outwardly the inner peripheral surface of the flexible multi-porous sheet when the base member and flexible multi-porous sheet assembly rotates on the central axis stated above; and a frictional resistance reducing device for reducing a circumferential frictional resistance which is generated between the base member and the flexible multi-porous sheet.
Description
The present invention relates to the plate cylinder of hole plate print device.
Known a kind of hole plate print device, being provided with can be around central axis rotationally with a perforated cylinder shape plate cylinder of supporting, the porous body paper of having made a plate is wrapped on this plate cylinder, outwards supplies with printing ink and closely connected on the porous body paper of plate cylinder outer peripheral face and print in the plate cylinder printing paper.
In the hole plate print device of this basic structure, following mechanism is more specifically arranged.That is, with cross-arm portion on common axis line at certain intervals two annulus of configuration link up and constitute matrix, flexible porous plate is become to be wrapped on almost whole outer circumference surfaces of above-mentioned matrix cylindricly and constitutes cylindric plate cylinder.The top partial fixing of flexible porous plate on cross-arm portion one lateral edges, around matrix be rolled into cylindric after, its rear end part with flexible fastenings such as elastomeric elements on the edge of cross-arm portion opposite side.So, flexible porous plate just along the rotation direction of plate cylinder can with respect to the package slidably of annulus surface and become can be on annulus free state in place.
Be provided with in the plate cylinder inner press roll with to the ink-feeding device of its surperficial ink supply, plate cylinder rotates when printing, inner press roll rotates and makes flexible porous plate along the outside expansion of its radial direction along the inner peripheral surface of flexible porous plate, and by flexible porous plate and porous body paper and ink supply, in the plate cylinder outside, nestle up plate cylinder counter-pressure cylinder is set with interval, printing in clamping between plate cylinder and counter-pressure cylinder, prints with the printing ink transfer printing.The plate cylinder of said structure for example has been disclosed among the special flat 1-47029 of hope etc.
Use above-mentioned hole plate print device, be make inner press roll constantly rotate and make the part expansion radially outward of plate cylinder along the inner peripheral surface of flexible porous plate, between its expansion part and counter-pressure cylinder clamping printing and the printing ink transfer printing on printing and print.Pulled to rear one side of plate cylinder rotation direction along the outer peripheral face of annulus by spring members by the rear end part of the flexible porous plate of inner press roll pressurization and outside expansion.
Yet, even flexible porous plate is free in place on the outer peripheral face of annulus, between can produce the frictional resistance of sizable annulus circumferencial direction because of contact, and this frictional resistance can hinder inner press roll that flexible porous plate is successfully extruded when beginning to print.
In addition, because the circumferential frictional force of the annulus between flexible porous plate and the annulus has hindered the outside expansion of inner press roll, will make printing not distinct the beginning to print and produce on the position of the plate cylinder that is positioned at the printing front portion to the paper not enough phenomenon of exerting pressure.And, the reason that this still makes inner press roll and its drive unit load increase.In addition, still printing ink enters between flexible porous version and the annulus, make from the inhomogeneous unanimity of cross-arm portion being seen two ends frictional resistance, produce between the inner peripheral surface of inner press roll and flexible porous plate to contact pressure unbalanced, make the mottled reason of image to the inhomogeneous unanimity of the quantity of ink of printing transfer printing.In addition, at two-end part, owing to also can produce wrinkle to the paper difference of exerting pressure corresponding to the body paper of annulus circumferencial direction.
The objective of the invention is to flexible porous plate is wrapped on the matrix and it is from inside to outside extruded and on the plate cylinder of the hole plate print device that prints with inner press roll, when extruding above-mentioned flexible porous plate, alleviate the load that acts on the inner press roll, to obtain the printed image of uniformity.
The plate cylinder of hole plate print device of the present invention, it is provided with: have two annulus that dispose at certain intervals along the common center axis and the matrix that links the cross-arm portion of this two annulus; Become cylindric and the flexible porous plate of the porous body paper of on its outer peripheral face, reeling in package on the excircle of above-mentioned matrix; Be located at the body paper fixture of also selectively an end of above-mentioned porous body paper being fixed in the cross-arm portion of above-mentioned matrix; Be located in order outwards to supply with printing ink from the inside of above-mentioned flexible porous plate flexible porous plate inside and when above-mentioned matrix and flexible porous plate when above-mentioned central axis rotates by the outside interior pressue device that makes this flexible porous plate expansion radially outward that pushes of the inner peripheral surface of flexible porous plate; And the reduction fricting resistance device that reduces the circumferencial direction frictional resistance that between above-mentioned matrix and flexible porous plate, produced.
The plate cylinder of hole plate print device of the present invention, it is provided with: have two annulus that dispose at certain intervals along common central axis and the matrix that links the cross-arm portion of this two annulus; One side portion and another side portion and a pair of side portion are arranged and launch the back and be rectangular flexible porous plate, above-mentioned one side portion is fixed near above-mentioned cross-arm portion or this cross-arm portion the above-mentioned annulus, above-mentioned a pair of side portion twists on this annulus slidably with respect to above-mentioned annulus, on near the above-mentioned annulus of the above-mentioned another side portion circumferencial direction of ring bodies is installed in cross-arm portion or cross-arm portion movably, integral body becomes cylindric, the porous body paper of reeling on its outer circumference surface; Be located at the body paper fixture of also selectively an end of above-mentioned porous body paper being fixed in the cross-arm portion of above-mentioned matrix; Be located in order outwards to supply with printing ink from the inside of above-mentioned flexible porous plate flexible porous plate inside and when above-mentioned matrix and above-mentioned flexible porous plate when above-mentioned central axis rotates by the inner peripheral surface of flexible porous plate is outwards pushed the interior pressue device that makes this flexible porous plate expansion radially outward; And the reduction fricting resistance device that reduces the circumferencial direction frictional resistance that between above-mentioned matrix and flexible porous plate, produced.
The plate cylinder of hole plate print device of the present invention, in the plate cylinder of aforesaid hole plate print device, between the another side portion of above-mentioned flexible porous plate and near the above-mentioned annulus above-mentioned cross-arm portion or the cross-arm portion, be provided with flexible porous plate flexibly is installed in elastomeric element on the above-mentioned matrix.
The plate cylinder of hole plate print device of the present invention, in the plate cylinder of aforesaid hole plate print device, its characteristics are, above-mentioned reduction fricting resistance device is provided in a side of the above-mentioned matrix that is in contact with one another and a plurality of protuberances at least one side in the flexible porous plate.
The plate cylinder of hole plate print device of the present invention, in the plate cylinder of above-mentioned hole plate print device, characteristics are, above-mentioned reduction fricting resistance device is to be attached to the above-mentioned matrix that is in contact with one another and the parts with slickness at least one side in the flexible porous plate.
The printing plate cylinder of hole plate print device of the present invention, in the plate cylinder of above-mentioned hole plate print device, characteristics are that above-mentioned reduction fricting resistance device is the surface that the above-mentioned matrix that is in contact with one another and at least one side in the flexible porous plate have been carried out smooth treatment.
The plate cylinder of hole plate print device of the present invention, in the plate cylinder of above-mentioned hole plate print device, characteristics are: at least one side in the inner surface of the outer circumference surface of above-mentioned annulus and the above-mentioned flexible porous plate that contacts with this outer circumference surface above-mentioned protuberance is set.
The plate cylinder of hole plate print device of the present invention, in the plate cylinder of above-mentioned hole plate print device, its characteristics are, and then also at least one side in the outer surface of the inner surface of above-mentioned cross-arm portion and the above-mentioned flexible porous plate that contacts with the inner surface of this cross-arm portion, above-mentioned protuberance are set.
The plate cylinder of hole plate print device of the present invention, in the plate cylinder of above-mentioned hole plate print device, its characteristics are, be provided with at least one side in above-mentioned matrix that contacts with each other and flexible porous plate the printing ink prevent this matrix and the contact site of this flexible porous plate from the inside of above-mentioned plate cylinder the stop part to external leakage, and make this stop part identical height be arranged with above-mentioned protuberance.
The plate cylinder of hole plate print device of the present invention, in the plate cylinder of above-mentioned hole plate print device, its characteristics are, the printing ink of contact site that above-mentioned protuberance can prevent above-mentioned matrix and flexible porous version from above-mentioned plate cylinder inside to external leakage.
Interior pressue device contacts with the inner peripheral surface of flexible porous plate, makes the expansion radially outward of flexible porous plate.When plate cylinder rotates, the expansion successively of the part of flexible porous plate along with this rotation.When interior pressue device left the inner peripheral surface of flexible porous plate, flexible porous plate returned to the origin-location.Owing to be provided with the reduction fricting resistance device that the frictional force on the annulus circumferencial direction that is produced between flexible porous plate and the matrix is reduced at least one side in flexible porous plate that contacts with each other and matrix, just can when flexible porous plate expansion, alleviate the load on the pressue device in being applied to.
Fig. 1 is the stereogram of an embodiment plate cylinder,
Fig. 2 is the cutaway view of an embodiment plate cylinder,
Fig. 3 is the printing action diagram of an embodiment hole plate print device,
Fig. 4 is the amplification stereogram of a kind of shape of an embodiment plate cylinder major part,
Fig. 5 is the amplification stereogram of another shape example of embodiment plate cylinder major part,
Fig. 6 is the cutaway view of another shape example of embodiment plate cylinder major part,
Fig. 7 is the cutaway view of another shape example of embodiment plate cylinder major part,
Fig. 8 is the cutaway view of another shape example of embodiment plate cylinder major part.
Below, come the printing cylinder of an embodiment is described with reference to accompanying drawing.As shown in fig. 1, two annulus 1a, 1b of gyroaxis and central axis coaxial line are provided with at certain intervals in parallel to each other, link annulus 1a, 1b with cross-arm portion 2.Annulus 1a, 1b make with rigid bodies such as plastics or metals.Though cross-arm portion can make with rigid body too, also can be the integrally formed structure of annulus 1a, 1b and cross-arm portion 2.A generatrix direction along plate cylinder 4 is provided with cross-arm portion 2, and the fixedly body paper fixture 5 of body paper front end is being set on its surface.The basic framework that annulus 1a, 1b and cross-arm portion 2 constitute as cylindrical shape plate cylinder 4 is a matrix.
Is expansion shape that rectangular flexible porous plate 3 is wound on the matrix along annulus 1a, 1b.Flexible porous plate 3 is mesh members that wire rod is woven, do not weave or knot and form, for example stainless steel wire is woven the mesh members that forms in length and breadth, in addition, also the mesh members of making by synthetic resin fibers such as polyester, tetraketones can be used, the porous plate of many micropores can also be used.When flexible porous plate 3 is under pressure when printing,, restore during pressure relief, just can so long as can tolerate from the material of the certain pressure inside and outside the plate cylinder to the outside expansion of the radial direction of plate cylinder 4.For the net material of only using synthetic resin, in order to improve its durability, can also be at materials such as resin outside evaporation stainless steels.
Can also be the stacked use of a plurality of flexible porous plates, annulus 1a, 1b do not draw in Fig. 2, inboard flexible porous plate 3a is with harder stainless steel cloth or the metallic porous sheet of many micropores is arranged, the stainless soft polyester webs of flexible porous plate 3b use evaporation in the outside.Supply the printing ink that comes in order to spread from the inside of plate cylinder 4 this moment, and the perforate ratio that preferably makes flexible porous plate is the closer to the body paper outside, the mesh number of porous plate high more (mesh is thin).Fig. 2 is a cutaway view, shows inner press roll 7a behind the inner peripheral surface that touches flexible porous plate 3, follows plate cylinder to rotate and makes the outwards expansion and turn to just relative with cross-arm portion position in turn on its radial direction of flexible porous plate.
In Fig. 2, in order to prevent that printing ink from leaking from the terminal of flexible porous plate 3a, 3b, make the outside different with the length of flexible porous plate 3a, the 3b of inboard, and the terminal of the flexible porous plate 3b in the outside is entered under the cross-arm portion 2, make the part of flexible porous plate 3b and the equitant overlay region C of a part of cross-arm portion 2 and be provided with one.
Among Fig. 3, be provided with the ink-feeding device of the supply printing ink in plate cylinder 4.As the inner peripheral surface (being the inner peripheral surface of flexible porous net 3) at plate cylinder 4 rotates by means of the driving of not shown drive unit with the rotation of plate cylinder 4 from the inner press roll 7a of the inside device for exerting, and closing the inner peripheral surface that leaves plate cylinder 4 on the non-image area of cross-arm portion 2, to avoid this part, be provided with doctor roll 7b near inner press roll 7a, it is controlled the ink film thickness on inner press roll 7a surface, and moves with inner press roll 7a one.
Arranged outside counter-pressure cylinder 8 at plate cylinder 4.Counter-pressure cylinder 8 has substantially the external diameter identical with plate cylinder 4, and is the center with an axle 8a parallel with the gyroaxis of plate cylinder 4, and unshowned in the drawings drive unit effect is rotated down or rotated synchronously with plate cylinder 4.On the position of the counter-pressure cylinder 8 corresponding, recess 8b is set with the cross-arm portion 2 of plate cylinder 4.Like this, it just rotates with plate cylinder 4 in the opposite direction synchronously, by paper feed roller the printing P among the 9 minim gap S that deliver between it and the plate cylinder 4 with inner press roll 7a clamping, print on printing and from the left side of Fig. 3 (a), sending to the right by the printing ink transfer printing of body paper.
At this moment, the rotational synchronization of inner press roll 7a and plate cylinder 4, when the printing beginning, make flexible porous plate 3 expansions of the place ahead part of plate cylinder 4 rotation directions, so in the minim gap S shown in Fig. 3 (b), by inner press roll 7a printing P is clipped between plate cylinder 4 and the counter-pressure cylinder 8, printing ink is transferred to paper P goes up and print.
During printing, though can clamp and force the mechanism that sends to the front end of paper P with being located at counter-pressure cylinder 8 lip-deep pawls, but when use handle as shown in Figure 3 just was clipped in the mechanism of printing between plate cylinder 4 and the counter-pressure cylinder 8 with paper P, counter-pressure cylinder was also passable with plate cylinder 4 different big less radiuses.
Fig. 4 represents to remove the state of flexible porous plate 3, on the periphery of doing with annulus 1a, the 1b of the contact-making surface of flexible porous plate 3 projection 11 is set, with this as reducing fricting resistance device.Each projection 11 is a hemispherical, on the periphery of the annulus 1 that whole and flexible porous plate 3 contacts, arrange many projections regularly, as long as it is highly consistent, frictional resistance to the flexible porous plate 3 that contacted is little, can not injure flexible porous plate 3, the shape of projection be Any shape can, but the shape of sphere or roller shape curved surface is arranged preferably, also passable in the rotating structure of the circumferencial direction of annulus 1, its size can be selected as required with density.
Fig. 5 is also the same with Fig. 4 to be to remove the state diagram afterwards of flexible porous plate 3, one or more rib 12 along the circumferential direction is set as the device that reduces frictional resistance on the periphery of the annulus 1 that contacts with flexible porous plate 3.Rib 12 can also play the printing ink that prevents in the plate cylinder 4 from the effect of flexible porous plate 3 with the boundary leakage of annulus 1.The width of rib 12 with can suitably select at interval, and when many ribs 12 were arranged, it was highly preferably consistent, many grooves is set replaces rib 12 also can reduce frictional resistance.In addition, can also on the periphery of annulus 1, paste lubricious material such as teflin tape as slidingsurface.And then, can also carry out smooth treatment such as polytetrafluoroethylene (PTFE) processing to the periphery of annulus 1 itself, also can carry out mirror process.
These are reduced on the edge inner surface that fricting resistance devices are located at the flexible porous plate 3 that contacts with the periphery of annulus 1 also be fine.
Now, flexible porous plate 3b and the cross-arm portion 2 equitant zone C among research Fig. 2.In zone C, produce friction because of stretching of spring members 6 between flexible porous plate 3b and the cross-arm portion 2.In order to reduce this friction, can above-mentioned projection 11 grades be set on the contact-making surface of cross-arm portion 2 and flexible porous plate 3b and reduce fricting resistance device.In this case, at least one side in flexible porous plate 3b or cross-arm portion 2 is provided with the reduction fricting resistance device.
During printing, porous body paper after the plate-making is wrapped on the outer peripheral face of plate cylinder 4, when plate cylinder 4 rotates, inner press roll 7a is along with the rotation of plate cylinder 4, the inner peripheral surface of the flexible porous plate 3 in driving lower edge of unshowned drive unit rotates in the drawings, perhaps does to involve rotation along the inner circumferential surface and the cylinder 4 of plate cylinder 4.The flexible porous plate 3 of plate cylinder 4 is along with the rotation of plate cylinder 4 is pushed by inner press roll 7a and outwards expansion successively from plate cylinder 4 rotation direction front part.
At this, can reduce the reduction fricting resistance device of frictional resistance between the two owing on the contact-making surface of matrix (annulus 1 and cross-arm portion 2) and flexible porous plate 3, be provided with, with inner press roll 7a flexible porous plate 3 is extruded in the time of just successfully realizing the printing beginning.
And, with the rotational synchronization of plate cylinder 4 make inner press roll 7a leave the inner peripheral surface of plate cylinder 4, to avoid the non-image area of closing cross-arm portion 2.In a single day inner press roll 7a leaves the inner peripheral surface of plate cylinder 4, and flexible porous plate 3 just frees from the clamping of inner press roll 7a and counter-pressure cylinder 8.By means of the elastic force of the spring members 6 that is fixed on flexible porous plate 3 rear end parts the flexible porous plate 3 of expansion is pulled back.Now be described in more detail with regard to the frictional resistance that is produced between matrix in the above-mentioned action (ring-shaped article 1a, 1b and cross-arm portion 2) and the flexible porous plate 3.At first, inner press roll 7a contact is on the inner peripheral surface of plate cylinder 4 and with it during to external pressure, and spring members 6 elongations are so just produce frictional resistance between matrix and flexible porous plate 3.
Thereafter, the elongation of spring members 6 remains unchanged during plate cylinder 4 rotates, and the still expansion and not moving to circumferencial direction of flexible porous plate 3 is so the friction that does not produce circumferencial direction between matrix and flexible porous plate 3.
Yet, when for example inner press roll 7a is positioned on the position shown in Figure 2, break down or in occasions such as body paper image area ends of a period at printing machine, if this device of control makes this inner press roll 7a leave the inner peripheral surface of plate cylinder 4, then locate at the rear side (left side of inner press roll 7a in Fig. 2) of plate cylinder 4 rotation directions, flexible porous plate returns under the pulling force effect of spring members 6, will produce frictional resistance between the periphery of flexible porous plate and ring-shaped article.
Because at overlay region C, the inner surface side of cross-arm portion 2 contact with flexible porous plate 3, no matter inner press roll 7a leaves the inner peripheral surface of plate cylinder 4 on where, understands generation frictional resistance in the moment of its disengaging on this contact portion.
As described above, when this device contacts with the inner peripheral surface of plate cylinder 4 or breaks away from inner press roll 7a, all can produce frictional resistance in the flexible porous plate 3 and the contact portion between the matrix towards plate cylinder rotation direction rear one side of inner press roll 7a position.
Above-mentioned projection 11 that minimizing contact area between the two uses etc. is set in order to reduce the frictional resistance between flexible porous plate 3 and annulus 1 or the cross-arm portion 2 and forms the gap between the two, because this gap is arranged, printing ink just enters easily.Can be as shown in Figure 6, setting and projection 11 or rib 12 are with high stop part 13, so that the unlikely outside that drains to plate cylinder 4 of printing ink continuously.Under situation about being arranged on the annulus 1, then on the relevant attached near part in center of the gyroaxis of plate cylinder 4, be provided with continuously along its circumferencial direction.
In flexible porous plate 3b and cross-arm portion 2 in the plate cylinder of the overlapping structure shown in Figure 2 of zone C, for preventing to go out printing ink from plate cylinder 4 internal leakages, and as shown in Figure 7, with the stop part 13 that is parallel to rotating shaft and joins with the ora terminalis part 2a inboard of cross-arm portion 2 is set above the rearward end of the overlapping flexible porous plate 3 of cross-arm portion 2 continuously.
In addition, as shown in Fig. 8 (a) and (b),, the projection 14 that is located on annulus 1 periphery is become to prevent that printing ink is from plate cylinder 4 interior shapes to external leakage in order to reduce frictional resistance.In this case, preferably relevant and can prevent the shape that stops the dam that printing ink moves outside the side direction of center with the gyroaxis of plate cylinder 4.
Below understand embodiments of the invention in detail, but scope of the present invention is not limited thereto, concerning those skilled in the art, obviously can realizes various application and modification.
The present invention flexibly is being wrapped in flexible porous plate on the matrix, the plate cylinder of the hole plate print device that prints from this porous plate of interior pushing with interior pressue device, between the contact-making surface of matrix and flexible porous plate, be provided with the device that reduces frictional resistance, so can alleviate the load on the pressure roller during external pressure.
Claims (10)
1. the plate cylinder of a hole plate print device, it is characterized in that: it comprises:
Have along two annulus of its common center axis and configuration at certain intervals and link the matrix of the cross-arm portion of this two annulus;
Flexible porous plate is wrapped on the above-mentioned matrix and forms the outer peripheral face of drum, the porous body paper of reeling on this outer peripheral face along above-mentioned annulus;
Be arranged on the body paper fixture of also selectively an end of above-mentioned porous body paper being fixed in the cross-arm portion of above-mentioned matrix;
Interior pressue device, in order outwards to supply with printing ink and to be arranged on flexible porous plate inside from the inside of above-mentioned flexible porous plate, when above-mentioned matrix and flexible porous plate when above-mentioned central axis rotates, by the inner peripheral surface of flexible porous plate outwards pushing make the radially outside expansion of this flexible porous plate;
Reduce the reduction fricting resistance device of the circumferencial direction frictional resistance that between above-mentioned matrix and flexible porous plate, produced.
2. the plate cylinder of a hole plate print device, it is characterized in that: it comprises:
Have two annulus that dispose at certain intervals along common central axis and the matrix that links the cross-arm portion of this two annulus;
Have one side portion and another side portion and a pair of side portion and launch the back and be rectangular flexible porous plate, above-mentioned one side portion is fixed near above-mentioned cross-arm portion or this cross-arm portion the above-mentioned annulus, above-mentioned a pair of side portion twists on this annulus slidably with respect to above-mentioned annulus, on near the above-mentioned annulus of the above-mentioned another side portion circumferencial direction of ring bodies is installed in cross-arm portion or cross-arm portion movably and integral body become cylindric, the porous body paper of reeling on its outer circumference surface;
Be located at the body paper fixture of also selectively an end of above-mentioned porous body paper being fixed in the cross-arm portion of above-mentioned matrix;
Interior pressue device, be located at the inside of flexible porous plate in order outwards to supply with printing ink from the inside of above-mentioned flexible porous plate, when above-mentioned matrix and above-mentioned flexible porous plate when above-mentioned central axis rotates, by the inner peripheral surface of flexible porous plate outwards pushing make the radially outside expansion of this flexible porous plate;
The reduction fricting resistance device that the circumferencial direction frictional resistance that produced between above-mentioned matrix and the flexible porous plate is reduced.
3. the plate cylinder of hole plate print device as claimed in claim 2 is characterized in that: be provided with between the another side portion of above-mentioned flexible porous plate and near the above-mentioned annulus above-mentioned cross-arm portion or the cross-arm portion flexible porous plate elasticity is installed in elastomeric element on the above-mentioned matrix.
4. the plate cylinder of the hole plate print device described in claim 1 or 2 is characterized in that: above-mentioned reduction fricting resistance device is provided in a side of the above-mentioned matrix that is in contact with one another and a plurality of protuberances at least one side in the flexible porous plate.
5. the plate cylinder of the hole plate print device described in claim 1 or 2 is characterized in that: above-mentioned reduction fricting resistance device is to be attached to the above-mentioned matrix that contacts with each other and the parts with slickness at least one side in the flexible porous plate.
6. the plate cylinder of hole plate print device as claimed in claim 1 or 2 is characterized in that: above-mentioned reduction fricting resistance device is the surface of the above-mentioned matrix that is in contact with one another and at least one side in the flexible porous plate being carried out smooth treatment.
7. the plate cylinder of hole plate print device as claimed in claim 4 is characterized in that: at least one side in the inner surface of the outer circumference surface of above-mentioned annulus and the above-mentioned flexible porous plate that contacts with this outer circumference surface above-mentioned protuberance is set.
8. the plate cylinder of hole plate print device as claimed in claim 7 is characterized in that: and then also at least one side in the outer surface of the inner surface of above-mentioned cross-arm portion and the above-mentioned flexible porous plate that contacts with the inner surface of this cross-arm portion above-mentioned protuberance is set.
9. the plate cylinder of hole plate print device as claimed in claim 8, it is characterized in that: the printing ink prevent in the contact site of this matrix and this flexible porous plate is set from the stop part of above-mentioned plate cylinder inside at least one side in above-mentioned matrix that is in contact with one another and flexible porous plate, and makes this stop part identical height be arranged with above-mentioned protuberance to external leakage.
10. the plate cylinder of hole plate print device as claimed in claim 8 is characterized in that: above-mentioned protuberance can prevent printing ink at the contact site of above-mentioned matrix and flexible porous plate from above-mentioned plate cylinder inside to external leakage.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP165897/95 | 1995-06-30 | ||
| JP16589795A JP3635129B2 (en) | 1994-08-08 | 1995-06-30 | Plate cylinder of stencil printing machine |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1139623A CN1139623A (en) | 1997-01-08 |
| CN1079334C true CN1079334C (en) | 2002-02-20 |
Family
ID=15821064
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN95115381A Expired - Fee Related CN1079334C (en) | 1995-06-30 | 1995-08-08 | Print plate cylinder for hole plate print device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1079334C (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE102009037332A1 (en) * | 2009-08-14 | 2011-02-17 | Zyrus Beteiligungsgesellschaft Mbh & Co. Patente I Kg | Rotary screen printing apparatus and method |
| CN102851829A (en) * | 2012-09-26 | 2013-01-02 | 吴江市隆泰喷织厂 | Fixing device capable of regulating guide rail shafts conveniently |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB241674A (en) * | 1924-09-11 | 1925-10-29 | Louis Henry Reid | Improvements in or relating to wireless or electrical terminals, couplings and the like |
| US3941054A (en) * | 1971-10-06 | 1976-03-02 | Heyer Inc. | Stencil gripping apparatus for a duplicating machine |
| EP0653307A2 (en) * | 1993-11-11 | 1995-05-17 | Riso Kagaku Corporation | Mimeographic printing machine |
| EP0653312A2 (en) * | 1993-11-12 | 1995-05-17 | Riso Kagaku Corporation | Printing drum of rotary stencil printer having flexible perforated cylinder incorporating allowance for bulging out |
| EP0653311A2 (en) * | 1993-11-12 | 1995-05-17 | Riso Kagaku Corporation | Printing drum of rotary stencil printer having a predetermined allowance for bulging out |
-
1995
- 1995-08-08 CN CN95115381A patent/CN1079334C/en not_active Expired - Fee Related
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB241674A (en) * | 1924-09-11 | 1925-10-29 | Louis Henry Reid | Improvements in or relating to wireless or electrical terminals, couplings and the like |
| US3941054A (en) * | 1971-10-06 | 1976-03-02 | Heyer Inc. | Stencil gripping apparatus for a duplicating machine |
| EP0653307A2 (en) * | 1993-11-11 | 1995-05-17 | Riso Kagaku Corporation | Mimeographic printing machine |
| EP0653312A2 (en) * | 1993-11-12 | 1995-05-17 | Riso Kagaku Corporation | Printing drum of rotary stencil printer having flexible perforated cylinder incorporating allowance for bulging out |
| EP0653311A2 (en) * | 1993-11-12 | 1995-05-17 | Riso Kagaku Corporation | Printing drum of rotary stencil printer having a predetermined allowance for bulging out |
Also Published As
| Publication number | Publication date |
|---|---|
| CN1139623A (en) | 1997-01-08 |
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