CN203651184U

CN203651184U - Novel ink convey mechanism for intermittent type rotary press

Info

Publication number: CN203651184U
Application number: CN201320673538.XU
Authority: CN
Inventors: 程刚
Original assignee: DONGGUAN ZHONGQI MACHINERY Co Ltd
Current assignee: DONGGUAN ZHONGQI MACHINERY Co Ltd
Priority date: 2013-10-30
Filing date: 2013-10-30
Publication date: 2014-06-18
Anticipated expiration: 2023-10-30

Abstract

The utility model relates to the technical field of printing industry, and particularly relates to a novel ink convey mechanism for an intermittent type rotary press. The ink convey mechanism comprises an ink fountain filled with printing ink, wherein the ink outlet end of the ink fountain is sequentially connected with an ink striking iron core, an ink striking rubber roll, an ink distributing roller A, an ink convey rubber roll A, an ink convey iron roll A, an ink convey rubber roll B and an ink convey iron roll B; an ink striking shaft is connected with the ink striking rubber roll; one end of the ink convey rubber roll B is connected with an ink distributing roller B; one end of the ink convey iron roll B is connected with a dampener form roll A; the ink distributing roller B is connected with the ink convey rubber roll B, the dampener form roll A and a dampener form roll B respectively; one end of the ink convey rubber roll B is connected with an ink convey iron roll C; the other end of the ink distributing roller B is connected with the dampener form roll A and the dampener form roll B respectively; the dampener form roll A and the dampener form roll B are both connected with a printing template roller. The ink convey mechanism is short in ink convey path, small in device size, low in device manufacturing cost, more uniform in ink distribution and more ink-saving in printing, and has the advantages of simple structure, reasonable arrangement, low manufacturing cost and the like.

Description

A kind of novel ink transfer mechanism of batch (-type) rotary press

Technical field

The utility model relates to printing industry technical field, particularly a kind of novel ink transfer mechanism of batch (-type) rotary press.

Background technology

Existing rotary press, its printing element all adopts the structure of the two copy rollers of the even China ink of single channel to forme ink supply.This ink spreader is often because the factors such as the alignment error of the wearing and tearing in use procedure, point ink roller and each copy roller cause the surface of point ink roller and copy roller to be close to degree varies, thereby easily cause point China ink inhomogeneous, cause the difference that has levels of printer's ink layer thickness, there is printing depth aberration, affect press quality.

Therefore be necessary existing printing element ink transfer structure to carry out technological innovation further.

Utility model content

The purpose of this utility model is for the defect of prior art and deficiency, provides a kind of simple in structure, the novel ink transfer mechanism of batch (-type) rotary press reasonable in design, easy to use.

For achieving the above object, the technical solution adopted in the utility model is:

The novel ink transfer mechanism of a kind of batch (-type) rotary press described in the utility model, comprise the ink fountain that fills ink, the ink-outtake end of described ink fountain is provided with ink distribution iron core, ink distribution iron core lower end is provided with ink distribution rubber roll and ink distribution ax, described ink distribution ax is connected with ink distribution rubber roll, and described ink distribution iron core one end is connected with ink distribution rubber roll one end, the ink distribution rubber roll other end is connected with string inking roller cylinder one, one end of described string inking roller cylinder one is connected with ink transfer rubber roll one, one end of described ink transfer rubber roll one is connected with ink transfer iron roll one, one end of ink transfer iron roll one is connected with ink transfer rubber roll two, one end of ink transfer rubber roll two is connected with ink transfer iron roll two, ink transfer rubber roll two other ends are connected with string inking roller cylinder two, one end of ink transfer iron roll two is connecting Forme contacted ink roller one, one end of described string inking roller cylinder two is connected with ink transfer rubber roll two, one end of ink transfer rubber roll two is connected with ink transfer iron roll three, one end of ink transfer iron roll three is connected with Forme contacted ink roller two, string inking roller cylinder two other ends respectively with Forme contacted ink roller one, Forme contacted ink roller two is connected, Forme contacted ink roller one is all connected with printing stencil cylinder with Forme contacted ink roller two.

Further, one end of described string inking roller cylinder one also connects carwash bucket.

Further, it also comprises Forme contacted ink roller one pressure roller and Forme contacted ink roller two pressure rollers, and described Forme contacted ink roller one pressure roller one end is connected with clutch set screw one, and described Forme contacted ink roller two pressure roller one end are connected with clutch set screw two.

Adopt after said structure, the utility model beneficial effect is: the novel ink transfer mechanism of a kind of batch (-type) rotary press described in the utility model, comprise the ink fountain that fills ink, the ink-outtake end of described ink fountain is provided with ink distribution iron core, ink distribution iron core lower end is provided with ink distribution rubber roll and ink distribution ax, described ink distribution ax is connected with ink distribution rubber roll, and described ink distribution iron core one end is connected with ink distribution rubber roll one end, the ink distribution rubber roll other end is connected with string inking roller cylinder one, one end of described string inking roller cylinder one is connected with ink transfer rubber roll one, one end of described ink transfer rubber roll one is connected with ink transfer iron roll one, one end of ink transfer iron roll one is connected with ink transfer rubber roll two, one end of ink transfer rubber roll two is connected with ink transfer iron roll two, ink transfer rubber roll two other ends are connected with string inking roller cylinder two, one end of ink transfer iron roll two is connecting Forme contacted ink roller one, one end of described string inking roller cylinder two is connected with ink transfer rubber roll two, one end of ink transfer rubber roll two is connected with ink transfer iron roll three, one end of ink transfer iron roll three is connected with Forme contacted ink roller two, string inking roller cylinder two other ends respectively with Forme contacted ink roller one, Forme contacted ink roller two is connected, Forme contacted ink roller one is all connected with printing stencil cylinder with Forme contacted ink roller two.

Using when the utility model, it has the beneficial effect of following several respects:

The first, shorten in ink transfer path, and the main body assembly smaller volume of equipment greatly reduces the manufacturing cost of equipment;

The second, equal black effect is more even, prints economy more;

Three, the utlity model has simple in structurely, arrange rationally, the advantage such as cost of manufacture is low.

Brief description of the drawings

Fig. 1 is structural representation of the present utility model;

Description of reference numerals:

1, ink; 2, ink distribution iron core; 3, ink distribution rubber roll; 4, ink distribution ax; 5, string inking roller cylinder one;

6, ink transfer rubber roll one; 7, ink transfer iron roll one; 8, ink transfer rubber roll two; 9, ink transfer iron roll two;

10, Forme contacted ink roller one; 11, Forme contacted ink roller one pressure roller; 12, string inking roller cylinder two;

13, ink transfer rubber roll two; 14, ink transfer iron roll three; 15, Forme contacted ink roller two;

16, Forme contacted ink roller two pressure rollers; 17, clutch set screw two; 18, clutch set screw one; 19, printing stencil cylinder; 20, carwash bucket.

Detailed description of the invention

Below in conjunction with accompanying drawing, the utility model is further described.

As shown in Figure 1, the novel ink transfer mechanism of a kind of batch (-type) rotary press described in the utility model, comprise the ink fountain that fills ink 1, the ink-outtake end of described ink fountain is provided with ink distribution iron core 2, ink distribution iron core 2 lower ends are provided with ink distribution rubber roll 3 and ink distribution ax 4, described ink distribution ax 4 is connected with ink distribution rubber roll 3, and described ink distribution iron core 2 one end are connected with ink distribution rubber roll 3 one end, ink distribution rubber roll 3 other ends are connected with string inking roller cylinder 1, one end of described string inking roller cylinder 1 is connected with ink transfer rubber roll 1, one end of described ink transfer rubber roll 1 is connected with ink transfer iron roll 1, one end of ink transfer iron roll 1 is connected with ink transfer rubber roll 28, one end of ink transfer rubber roll 28 is connected with ink transfer iron roll 29, ink transfer rubber roll 28 other ends are connected with string inking roller cylinder 2 12, one end of ink transfer iron roll 29 is connecting Forme contacted ink roller 1, one end of described string inking roller cylinder 2 12 is connected with ink transfer rubber roll 2 13, one end of ink transfer rubber roll 2 13 is connected with ink transfer iron roll 3 14, one end of ink transfer iron roll 3 14 is connected with Forme contacted ink roller 2 15, string inking roller cylinder 2 12 other ends respectively with Forme contacted ink roller 1, Forme contacted ink roller 2 15 is connected, Forme contacted ink roller 1 is all connected with printing stencil cylinder 19 with Forme contacted ink roller 2 15, so just, the ink of homogenising can be coated on printing stencil cylinder 19.

As a kind of optimal way of the present utility model, one end of described string inking roller cylinder 1 also connects carwash bucket 20; Carwash bucket 20 is mainly used in cleaning ink transfer mechanism.

As a kind of optimal way of the present utility model, it also comprises Forme contacted ink roller one pressure roller 11 and Forme contacted ink roller two pressure rollers 16, described Forme contacted ink roller one pressure roller 11 one end are connected with clutch set screw 1, and described Forme contacted ink roller two pressure roller 16 one end are connected with clutch set screw 2 17; It is upper that ink transfer mechanism is all fixed on equal China ink seat, is connected or separates with printing stencil cylinder 19 by regulating clutch set screw 1 to control Forme contacted ink roller 1; Be connected or separate with printing stencil cylinder 19 by regulating clutch set screw 2 17 to control Forme contacted ink roller 2 16; Compared with traditional regulative mode, this device can be more convenient, fast and precisely.

Operation principle of the present utility model is:

Ink 1 sticks on the surface of ink distribution iron core 2 along with the rotation of ink distribution iron core 2, sticks in the lip-deep ink of ink distribution iron core 2 and is delivered to ink distribution rubber roll 3 by rotating manner; Ink distribution rubber roll 3 moves up and down under the effect of ink distribution ax 4, ink on polishing iron core 2 is guided on string inking roller cylinder 1, string inking roller cylinder 1 is coated in ink on ink transfer rubber roll 1 uniformly by radial rolling and axial motion back and forth, ink transfer rubber roll 1 is delivered to ink on ink transfer iron roll 1, and ink transfer iron roll 1 is delivered to ink on ink transfer rubber roll 28; Ink transfer rubber roll 28 is delivered to ink on ink transfer iron roll 29 and string inking roller cylinder 2 12; String inking roller cylinder 2 12 and string inking roller cylinder 1 had both done radial rotating, carried out axially again vibration back and forth simultaneously, to ink is carried out for the second time to axially homogenising; By continuous rotation, the ink transfer rubber roll 2 13, Forme contacted ink roller 2 15 and the Forme contacted ink roller 1 that contact with string inking roller cylinder 2 12 also fill uniform ink, and the ink transfer iron roll 3 14 now contacting with ink transfer rubber roll 2 13, Forme contacted ink roller 2 15 also fills uniform ink; Two Forme contacted ink rollers contact with the printing rubber masterplate being contained on printing stencil cylinder 19, then the ink of homogenising are coated on printing rubber moulding and print.

The second, equal black effect is more even, prints economy more;

Three, this is simple in structure, reasonable in design, low cost of manufacture.

The above is only preferred embodiments of the present utility model, and the equivalence of doing according to structure, feature and principle described in the utility model patent claim therefore all changes or modifies, and is included in the utility model patent claim.

Claims

1. the novel ink transfer mechanism of a batch (-type) rotary press, it is characterized in that: comprise the ink fountain that fills ink (1), the ink-outtake end of described ink fountain is provided with ink distribution iron core (2), ink distribution iron core (2) lower end is provided with ink distribution rubber roll (3) and ink distribution ax (4), described ink distribution ax (4) is connected with ink distribution rubber roll (3), and described ink distribution iron core (2) one end is connected with ink distribution rubber roll (3) one end, ink distribution rubber roll (3) other end is connected with string inking roller cylinder one (5), one end of described string inking roller cylinder one (5) is connected with ink transfer rubber roll one (6), one end of described ink transfer rubber roll one (6) is connected with ink transfer iron roll one (7), one end of ink transfer iron roll one (7) is connected with ink transfer rubber roll two (8), one end of ink transfer rubber roll two (8) is connected with ink transfer iron roll two (9), ink transfer rubber roll two (8) other ends are connected with string inking roller cylinder two (12), one end of ink transfer iron roll two (9) is connecting Forme contacted ink roller one (10), one end of described string inking roller cylinder two (12) is connected with ink transfer rubber roll two (13), one end of ink transfer rubber roll two (13) is connected with ink transfer iron roll three (14), one end of ink transfer iron roll three (14) is connected with Forme contacted ink roller two (15), string inking roller cylinder two (12) other ends respectively with Forme contacted ink roller one (10), Forme contacted ink roller two (15) is connected, Forme contacted ink roller one (10) is all connected with printing stencil cylinder (19) with Forme contacted ink roller two (15).

2. the novel ink transfer mechanism of a kind of batch (-type) rotary press according to claim 1, is characterized in that: one end of described string inking roller cylinder one (5) also connects carwash bucket (20).

3. the novel ink transfer mechanism of a kind of batch (-type) rotary press according to claim 1, it is characterized in that: it also comprises Forme contacted ink roller one pressure roller (11) and Forme contacted ink roller two pressure rollers (16), described Forme contacted ink roller one pressure roller (11) one end is connected with clutch set screw one (18), and described Forme contacted ink roller two pressure rollers (16) one end is connected with clutch set screw two (17).