Ink supply adjusting device of ink roller for printing

Abstract

The utility model relates to the field of presswork processing and production, and provides an ink roller ink supply adjusting device for printing, which is used for solving and improving the problems that ink with different viscosities needs to be replaced when different presswork types are replaced by a common printing machine, so that ink foundations with different models are replaced, the production cycle is virtually prolonged, and the production cost is reduced. The gap between the ink scraping plate and the ink roller is adjusted through the ink supply adjusting device of the ink roller for printing, so that the ink roller can adapt to ink with different viscosities in an ink fountain and can be suitable for production of various printed matters, and the production efficiency is improved.

Description

Technical Field

[0001] This utility model relates to the field of printing processing and production, specifically to an ink supply adjustment device for printing ink rollers. Background Technology

[0002] In printing production, ink roller ink supply adjustment is a key structural element. Ink supply adjustment controls the printing process by increasing or decreasing the amount of ink. Different types of printed materials require various inks, and the different viscosities of these inks affect print clarity. In conventional printing presses, changing ink types necessitates replacing the ink fountain with the same model, a process requiring fine-tuning, which increases production time and extends turnaround time. Therefore, researching and improving an ink roller ink supply adjustment device for printing is essential. Utility Model Content

[0003] To address the aforementioned technical problems, this utility model provides an ink supply adjustment device for printing ink rollers. This device solves and improves the problem that general printing machines require different ink viscosities when changing to different types of printed materials, thus requiring the replacement of different ink fountain models, which inadvertently extends the production cycle. This utility model adjusts the gap between the doctor blade and the ink roller through the ink supply adjustment device, enabling it to adapt to inks of different viscosities in the ink fountain, thus handling the production of various printed materials and improving production efficiency.

[0004] This utility model is achieved through the following technical solution:

[0005] A printing ink roller ink supply adjustment device includes: an ink adjustment table, an ink fountain, a doctor blade, an ink roller, an adjusting rotating rod, a push rod spring, a push rod, an ink filling port, an ink outlet, and an ink roller support;

[0006] The ink mixing table is an L-shaped structure with angled corners, made of a rectangular metal block. It is fixed to the printing press, providing a printing platform and facilitating the installation of subsequent parts. The table's plane is parallel to the horizontal plane, facilitating the installation of the ink fountain. The ink fountain, a grooved structure surrounded by metal plates, is used to supply ink to the printing press. It is positioned at the top of the vertical wall of the mixing table, parallel to it, ensuring stable installation. The doctor blade is a flexible sheet structure with strong resilience, allowing the back-and-forth movement of the ejector rod to change the gap between the doctor blade and the ink roller, thus adjusting the ink volume. The doctor blade is located at the ink outlet of the ink fountain and extends forward, near the ink roller. The ink roller is cylindrical with a flexible surface that easily adheres to ink, ensuring even ink adhesion and clear printing. The roller support is located at the front end of the ink leveling table, facilitating the flow of ink from the ink fountain to the doctor blade. The tiny gap between the doctor blade and the ink roller ensures that the ink adheres evenly to the surface of the ink roller. The ink roller and the doctor blade are positioned parallel to each other at their ends, maintaining a near-non-contact arrangement to ensure continuous ink adhesion to the ink roller surface. The adjusting rotary rod is a spiral metal rod structure for easy rotation and adjustment. The adjusting rotary rod is parallel to the ink leveling table platform and is spirally adjustable through the vertical wall at the rear end of the ink leveling table. The top rod spring is a spring structure, with multiple top rod springs grouped together at the front end of the adjusting rotary rod via metal plates. Adjusting the rotation of the rotary rod extends and retracts the top rod springs, thereby adjusting the top rod forward and backward. The top rod is a metal sheet structure, with its tail end positioned in front of the top rod spring and its front end contacting the rear end face of the doctor blade. Adjusting the top rod forward and backward changes the gap between the doctor blade and the ink roller, thus controlling the amount of ink on the ink roller surface.

[0007] Preferably, the ink filling port has an inverted conical tail end structure surrounded by a metal sheet, and the ink filling port is located at the top of the ink fountain to facilitate the addition of ink and ensure continuous operation of the equipment.

[0008] Preferably, the ink outlet is a through-hole structure, which is attached to the tail end of the doctor blade and set on the side of the ink fountain. This facilitates the flow of ink from the ink fountain to the doctor blade. The ink on the doctor blade is evenly adhered to the surface of the ink roller through the tiny gap between the end of the doctor blade and the ink roller, thereby realizing the next printing step of the printing machine.

[0009] Preferably, the ink roller support is a metal sheet structure. The ink roller support is set at the front end of the ink adjustment table and extends upward at an angle. The upper end of the ink roller support is circumferentially inserted into the center of the ink roller to ensure that the ink roller is stably fixed.

[0010] Beneficial effects: This solution provides an ink supply adjustment device for printing ink rollers to improve the situation where general printing machines require changing inks of different viscosities and ink fountains when changing to different types of printed materials, which inadvertently extends the production cycle. This utility model adjusts the gap between the doctor blade and the ink roller through the ink supply adjustment device, so as to adapt to inks of different viscosities in the ink fountain, cope with the production of various printed materials, and thus improve production efficiency. Attached Figure Description

[0011] Figure 1 This is a schematic diagram of the overall structure of the main body of this utility model.

[0012] Figure 2 This is a schematic diagram of the planar side view of the main body of this utility model.

[0013] In the diagram: 1. Ink adjustment table; 2. Ink fountain; 3. Squeegee; 4. Ink roller; 5. Adjustment rotation rod; 6. Push rod spring; 7. Push rod; 8. Ink filling port; 9. Ink outlet; 10. Ink roller support. Detailed Implementation

[0014] The technical solutions of the present utility model will be clearly and completely described below with reference to the accompanying drawings of the embodiments. Obviously, the described embodiments are only some embodiments of the present utility model, and not all embodiments. Based on the embodiments of the present utility model, all other embodiments obtained by those of ordinary skill in the art without creative effort are within the protection scope of the present utility model.

[0015] The ink mixing table 1 is an L-shaped structure with angled corners, made of metal rectangular blocks. It is fixed to the printing press, providing a printing platform and facilitating the installation of subsequent parts. The plane of the ink mixing table 1 is parallel to the horizontal plane, facilitating the installation of the ink fountain 2. The ink fountain 2, a groove-like structure surrounded by metal sheets, is used for printing ink and serves as the ink source for the printing machine. It is positioned at the top of the vertical wall of the ink mixing table 1, parallel to it, ensuring stable installation. The doctor blade 3 is an elastic sheet structure with strong resilience, allowing the push rod 7 to move back and forth, changing the gap between the doctor blade 3 and the ink roller 4. This allows for adjustment of the ink volume by changing the gap size. The doctor blade 3 is located at the ink outlet of the ink fountain 2 and extends forward, near the ink roller 4. The ink roller 4 is cylindrical with a flexible surface that easily adheres to ink, ensuring uniform ink adhesion and clear printing. The ink roller 4 is mounted via an ink roller bracket. At the front end of the ink leveling table 1, ink flows easily from the ink fountain 2 to the doctor blade 3. The tiny gap between the doctor blade 3 and the ink roller 4 allows the ink to adhere evenly to the surface of the ink roller 4. The ends of the ink roller 4 and the doctor blade 3 are parallel and nearly non-contact, maintaining a tiny gap to ensure continuous ink adhesion to the surface of the ink roller 4. The adjusting rotating rod 5 is a spiral metal rod structure for easy rotation adjustment. The adjusting rotating rod 5 is parallel to the platform of the ink leveling table 1 and is spirally adjustable through the vertical wall at the rear end of the ink leveling table 1. The top rod spring 6 is a spring structure. Multiple top rod springs 6 are grouped together at the front end of the adjusting rotating rod 5 via metal plates. Adjusting the rotation of the adjusting rotating rod 5 extends and retracts the top rod spring 6, thereby adjusting the top rod 7 back and forth. The top rod 7 is a metal sheet structure. The tail end of the top rod 7 is located in front of the top rod spring 6, and the front end of the top rod 7 contacts the rear end face of the doctor blade 3. Adjusting the top rod 7 back and forth changes the gap between the doctor blade 3 and the ink roller 4, thereby adjusting the amount of ink on the surface of the ink roller 4.

[0016] Furthermore, the ink filling port 8 has an inverted conical tail end structure surrounded by a metal sheet. The ink filling port 8 is located at the upper end of the ink fountain 2, which facilitates the addition of ink and ensures continuous operation of the equipment.

[0017] Furthermore, the ink outlet 9 is a through-hole structure. The ink outlet 9 is attached to the tail end of the doctor blade 3 and set on the side of the ink fountain 2, so that the ink can flow from the ink fountain 2 to the doctor blade 3. The ink on the doctor blade 3 is evenly attached to the surface of the ink roller 4 through the tiny gap between the end of the doctor blade 3 and the ink roller 4, thereby realizing the next printing step of the printing machine.

[0018] Furthermore, the ink roller support 10 is a metal sheet structure. The ink roller support 10 is set at the front end of the ink adjustment table 1 and extends upward at an angle. The upper end of the ink roller support 10 is circumferentially inserted into the center of the ink roller 4 to ensure that the ink roller 4 is stably fixed.

[0019] Working steps: Ink is added to the ink fountain through the ink inlet. The ink flows from the ink outlet at the lower front of the ink fountain to the doctor blade. The tiny gap between the doctor blade and the ink roller allows the ink to adhere evenly to the ink roller, thus enabling the next printing step. The adjusting rotary rod located on the ink adjustment table can rotate to adjust the tension of the top rod spring. The extension and retraction of the top rod spring allows the top rod to move back and forth. Adjusting the back and forth of the top rod adjusts the size of the gap between the ink roller and the doctor blade. Specifically, moving the top rod backward increases the gap between the ink roller and the doctor blade, facilitating the smooth and even adhesion of inks with high viscosity to the ink roller; moving the top rod forward decreases the gap between the ink roller and the doctor blade, facilitating the smooth and even adhesion of inks with low viscosity and high fluidity to the ink roller, thus enabling the next printing step.

Claims

1. A printing ink roller ink supply adjustment device, comprising: The ink adjustment table (1), ink fountain (2), squeegee (3), ink roller (4), adjusting rotating rod (5), top rod compression spring (6), and top rod (7) are characterized in that the ink adjustment table (1) is a metal rectangular block with angled corners, and the ink adjustment table (1) is set on the printing press, with the plane of the ink adjustment table (1) parallel to the horizontal plane; the ink fountain (2) is a groove-shaped structure surrounded by metal sheets, and the ink fountain (2) is set at the uppermost end of the vertical wall of the ink adjustment table (1) and parallel to the ink adjustment table (1); the squeegee (3) is an elastic sheet-shaped structure, and the squeegee (3) is set at the ink outlet of the ink fountain (2) and extends forward; the ink roller (4) is cylindrical. In this configuration, the ink roller (4) is mounted on the front end of the ink adjustment table (1) via an ink roller bracket, and is positioned parallel to the end of the scraper plate (3) in a non-contact manner; the adjusting rotating rod (5) is a spiral metal rod structure, parallel to the ink adjustment table (1) platform, and is spirally adjustable through the vertical wall at the rear end of the ink adjustment table (1); the top rod spring (6) is a spring structure, and multiple top rod springs (6) are grouped together on the front end of the adjusting rotating rod (5) via metal plates; the top rod (7) is a metal sheet structure, with the tail end of the top rod (7) positioned in front of the top rod spring (6), and the front end of the top rod (7) contacting the rear end face of the scraper plate (3).

2. The ink supply adjustment device for printing ink rollers according to claim 1, characterized in that: The ink filling port (8) is a structure with an inverted cone-shaped tail end surrounded by a metal sheet, and the ink filling port (8) is located at the upper end of the ink fountain (2).

3. The ink supply adjustment device for printing ink rollers according to claim 1, characterized in that: The ink outlet (9) is a through-hole structure, and the ink outlet (9) is attached to the tail end of the scraper plate (3) and set on the side of the ink fountain (2).

4. The ink supply adjustment device for printing ink rollers according to claim 1, characterized in that: The ink roller bracket (10) is a metal sheet structure. The ink roller bracket (10) is set at the front end of the ink adjustment table (1) and extends upward at an angle. The upper end of the ink roller bracket (10) is circumferentially inserted into the center of the ink roller (4).

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