USER-FRIENDLY PRINTING PRESS

Abstract

The invention relates to an gravure press (10) used manually in the fields of printmaking, textile fashion design, and eco-printing; it includes at least one lower cylinder (20) and at least one upper cylinder (30) of equal diameter, on which the printing process is carried out, and at least one carrier panel (50) which provides the rigidity of the said printing plate (40). Accordingly, its novelty is characterized by the fact that the said carrier panel (50) includes at least one wheel lever (60) which can be manually rotated by the user, enabling the said upper cylinder (30) to move in order to perform the printing process on the printing plate (40); that the said wheel lever (60) includes at least one cylinder link shaft (70) to which it is connected; and that the said cylinder link shaft (70) includes at least one metal bearing (80) on which it is mounted to allow the lower cylinder (20) and the upper cylinder (30) to rotate in at least one axis of rotation (II).

Description

1 TARIFF USER-FRIENDLY PRINTING PRESS TECHNICAL FIELD The invention applies to manual printing in the fields of printmaking, textiles and fashion design, and eco-printing. used; thanks to at least one lower cylinder and at least one upper cylinder with the same diameter. at least one printing plate that is moved and on which the printing process is performed, the aforementioned printing This relates to an gravure printing press that includes at least one carrier panel that provides rigidity to the plate. PREVIOUS TECHNIQUE Gravure printing presses are used in printmaking, textile and fashion design, and eco-printing. It is an innovative manual and medium format printing machine. This press is suitable for various applications. It has the ability to produce high-quality and precise engraving prints on various materials. This is ideal for educational institutions, printmaking workshops, and independent artist studios. The device stands out with its user-friendly design and advanced security features. The application numbered 2015 / 09339, known in the literature, describes a laminate-based gravure printing press. The document describes a printing assembly consisting of two cylinders, upper and lower, a table, and a turning mechanism. Engraving consisting of a drive unit composed of a lever and rack and pinion gear structure, and a body unit. The printing press is being described. However, users encounter difficulties with the printing process in the current technology. its inability to perform efficiently and its failure to solve security problems It is seen. In the printing press technologies used in the previous technique, gears were used to provide plate movement. The use of transmission systems reduces the risk of hand pinching and injury during operation. This increases the risk of serious safety problems in educational institutions, especially for inexperienced students. This creates hazards. Furthermore, the smaller diameter of the lower cylinder causes the plate to... (The sentence is incomplete and unclear). This makes it difficult to grasp and requires rack and pinion gears and similar attachments for plate movement. Transfer elements are needed. In presses with small cylinder diameters, the pressure The turning wheel or lever needs to be rotated a few more turns to move the plate, which This creates additional challenges for the user. In addition, some medium formats from the previous technique... The wide and high side support panels in the presses facilitate the placement of the printing plates and Restricting the paper's position on the plate allows users to efficiently manage the printing process. It prevents him from accomplishing it. 2 In addition, in current gravure printing presses, small and medium formats are available. The force applied to the crank arm during printing in A4-A3 size presses is called; The fact that this causes the entire press to move poses a significant problem. This situation affects the pressure. This can lead to a lack of stability during the printing process, negatively affecting print quality. and can make the user experience difficult, especially in delicate and detailed printing processes. The movement of the press can prevent the printing from achieving the desired clarity and accuracy. This To prevent movement, the gravure printing press needs to be secured to a lower table or similar carrier. It consists of. In conclusion, all the problems mentioned above necessitate an innovation in the relevant technical field. has brought. A BRIEF DESCRIPTION OF THE INVENTION The present invention aims to eliminate the aforementioned disadvantages and introduce new technologies to the relevant technical field. It is about a user-friendly printing press, designed to bring advantages. One aim of the invention is to create a user-friendly product that is easy to use and has high processing efficiency. The goal is to create a printing press. Another purpose of the invention is to prevent the user from being harmed during the printing process. The goal is to create a user-friendly printing press. All the purposes mentioned above and those that will emerge from the detailed explanation below. The present invention aims to realize eco-printing in the fields of printmaking, textiles, and fashion design. used manually in their fields; at least one lower cylinder with the same diameter and at least at least one printing plate that is moved by means of an upper cylinder and on which the printing process is carried out. an engraving plate containing at least one carrier panel that provides rigidity to the aforementioned printing plate. It is a printing press. Accordingly, its innovation lies in the process of printing the aforementioned carrier panel onto the printing plate. This allows the upper cylinder mentioned to move and is controlled by the user. It must include at least one lever that can be rotated manually, and the said lever... It must contain at least one cylinder shaft to which it is connected, the aforementioned cylinder shaft being the lower cylinder and the upper cylinder. The cylinder must be supported in a way that allows for rotational movement in at least one axis of rotation. It contains a metal bearing. This makes it easier to use, safer, and improves print quality. A high-performance gravure printing press is obtained. 3 A feature of a possible design of the invention is that the pressure plate of the aforementioned metal bearing is the most There will be two of them, one above and one below, along a small vertical axis. It is because they are interconnected. Thus, during the rotational movement of the lower and upper cylinders There are no problems that would reduce print quality. A feature of a possible configuration of the invention is that the press table is located in the lower vicinity of the vertical axis. Four units are positioned and the pressure plate is balanced between the lower and upper cylinders. It includes a balance roller that allows for operation between them. Thus, the printing process This prevents the printing plate from being subjected to unwanted movements during the process. A characteristic feature of a possible construction of the invention is that the mentioned carrier panel has at least one height. It is connected to an adjustment wheel. This allows printing on printing plates of different thicknesses. The process can be carried out. A feature of a possible design of the invention is that the height adjustment wheel is operated by the user. at least one adjustment point located on at least one vertical shaft that allows height adjustment by rotating it. It includes a nut. This allows for precise height adjustment by the user. It is possible. A feature of a possible design of the invention is that the aforementioned carrier panel provides stability. The engraving is positioned so that there are two of them, one on the right and one on the left. Balance is achieved in the printing press. A feature of a possible configuration of the invention is that the aforementioned carrier panel and printing plate It is positioned at the same height level. This allows the user to use it. It has been simplified. A feature of a possible design of the invention is the carrier of the aforementioned height adjustment wheel. It must include at least one connecting pipe that allows it to be connected to the panel. Thus, both Both the height adjustment wheel and the engraving press are able to operate in a balanced manner. BRIEF DESCRIPTION OF THE FIGURES Figure 1 shows a representative preview of the engraving press that is the subject of the invention. Figure 2 shows a representative right-perspective view of the engraving press that is the subject of the invention. 4 Figure 3 shows a representative left-perspective view of the engraving press that is the subject of the invention. Figure 4 shows a representative top view of the engraving press that is the subject of the invention. DETAILED DESCRIPTION OF THE INVENTION This detailed explanation of the invention does not merely aim to improve understanding of the subject matter; it does not contain any other information. This is explained with examples that will not create a limiting effect. Figure 1 shows a representative front view of the engraving press (10) which is the subject of the invention. The mentioned gravure printing press (10) is used in printmaking, textile and fashion design, and eco-printing. It is a manual and medium format printing machine designed for use in various fields, including gravure printing. press (10), high quality and precise engraving prints on the material to be printed It is able to do so. The subject of the invention is an engraving press (10); educational institutions, printing arts In their workshops, it offers an advantage with its ease of use and advanced safety features. It provides. The invention, an engraving press (10), includes at least one lower cylinder (20). The aforementioned lower cylinder At least one upper cylinder (30) in the upper neighborhood of cylinder (20) on a vertical axis (I) The preferred configuration of the invention includes the upper cylinder (30) and the lower cylinder. (20) are of equal diameter and preferably have a diameter of 130 mm. The lower cylinder (20) and the upper cylinder (30) are equal Having at least one pressure plate (40) between the two cylinders ensures a more balanced and even rotation. It allows it to move in this way. The mentioned printing plate (40) is preferred for the invention. The material used in its construction, on which the printing process is applied, is galvanized metal. Lower cylinder (20) and the upper cylinder (30) having the same diameter, on the pressure plate (40) passing between them It improves the quality of the printing process. The invention, an engraving press (10), includes at least one carrier panel (50). The carrier panel (50) is two in number, on the right and left sides, and the gravure printing press (10) is rigid. It keeps it standing in some way. The support panel (50) located on the right and left sides, pressure keeping the plate (40) at the same level and extending upwards from the ground on the vertical axis (I) It has a construction that allows easy access to printing plates and the working area of ​​the paper. It is accessible. The carrier panel (50) is connected to at least one wheel arm (60). The aforementioned The wheel arm (60) is connected to the outer ends of four metal rods by a metal ring. This design, It reduces the hand force required to turn the cylinders and provides the user with a more comfortable pressure. It offers an experience. Figure 2 shows the right view of the engraving press (10) which is the subject of the invention. From here As can be seen, the upper wheel lever (60) is turned manually by the user. The movement of the cylinder (30) is provided. The upper cylinder (30) and the wheel arm (60) connect at least one cylinder. It is connected via the connecting shaft (70). Thanks to the aforementioned cylinder connecting shaft (70) As the user turns the gear lever (60), the upper cylinder (30) rotates in at least one axis of rotation. (I) is rotating. The rotational movement of the upper cylinder (30) around the mentioned axis of rotation (II) The cylinder connecting shaft (70) providing the connection is seated on at least one metal bearing (80). metal bearing (80) pressure plate (40) by lower roller (20) and upper roller (30) It prevents lateral axis deviations and up-and-down movements during gripping. This This ensures that the printing plate (40) moves smoothly in the desired direction during printing. This is ensured and print quality is improved. Figure 3 shows the left view of the engraving press (10) which is the subject of the invention. The possible invention In its configuration, the metal bearing (80) supports the upper cylinder (30) as well as the lower cylinder. (30) is used for bedding and there are two of them. There is at least one on the carrier panel (50). There is a height adjustment wheel (90). The mentioned height adjustment wheel (90) is on the right and left. There are two of them, including one on the carrier panel (50) in the section. The gravure printing press has (10) different hearts. Height adjustment wheel (90) to accommodate thicknesses up to 60 mm height. It is possible to make precise adjustments. In this way, the user can manually adjust the printing plate (40) It can move the upper cylinder (30) according to its thickness. In the possible structure of the invention The upper cylinder (30) can rise up to 60 mm depending on the thickness of the pressure plate (40). The height adjustment wheel (90) is connected to the carrier panel (50) with at least one connecting pipe (100). It is connected to the mentioned connecting pipe (100) and the height adjustment wheel (90) on the right and left. two carrier panels (50) located in the sections at the lower and upper points with respect to the vertical axis (I) It is fixed at a total of four points. Figure 4 shows the engraving print that is the subject of the invention. The top view of the press (10) is given. As can be seen from here, the connecting pipe (100) is on the right and By connecting to the carrier panel (50) on the left, both the height adjustment wheel (90) can be operated smoothly. It enables the operation of the gravure printing press (10) and also increases its durability. The invention The preferred structure of the connecting pipe (100) is made of steel material and is 16 mm It has an anchor. The height adjustment wheel (100) is connected to at least one vertical shaft (110). By the user The rotating height adjustment wheel (90) rotates the aforementioned vertical shaft (110). This allows for precise height adjustment. Vertical shaft (110) It has at least one adjustment nut (111) on it. The mentioned adjustment nut (111) is the vertical shaft. (110) by moving on the vertical axis (I) the printing plate (40) at the desired height 6 It allows for adjustment. In the preferred configuration of the invention, the adjustment nut (111) Metric diameter is 16 mm and thickness is 4 mm. The subject of the invention, the engraving press (10), includes at least one balance pulley (120). Balance pulley (120) four of each are attached to the carrier panel (50) on the right and left sides It is connected. The balance pulley (120) distributes the overall weight of the gravure printing press (10). By stabilizing the machine and preventing it from swaying or tilting, it provides better balance during the printing process. It provides a stable working environment. In addition to adding balance to the system, the balance pulley (120) This also minimizes vibrations that occur during the printing process. This improves print quality. This increases the lifespan of the machine and contributes to its longevity. The invention is preferred. In its structure, the balance pulley (120) is made of PVC material. PVC (Polyvinyl Chloride) The material ensures that the balance pulley (120) is lightweight, durable and flexible. In the present invention, the force applied to the wheel arm (60) during printing is the force of the gravure printing press (10) It is balanced by its weight. This allows it to be used in small and medium-sized A4-A3 papers. in formats that cause the entire gravure printing press (10) to move during printing Despite the application of force, there is no need to fix the lower table or similar supporting structures. There is no force applied to the wheel arm (60) by the weight of the engraving press (10). Balancing ensures stability during the printing process, resulting in more controlled and reliable results. It offers a printing process. Users can easily use the gravure printing press (10). While enabling this, it improves print quality and significantly increases the efficiency of manual printing techniques. It significantly improves the process. Thus, it provides a more practical and effective printing experience for artists and designers. experience is offered. Based on all that has been described, the invention works as follows; the same diameter as the lower cylinder (20) The upper cylinder (30) has the user manually rotates the wheel arm (60) on the axis of rotation (II). It rotates with the rotation and causes the printing plate (40) to move. It provides the possibility of ensuring rigidity during the printing process. The gravure printing press (10) provides the possibility of ensuring rigidity during the printing process. and on the left side, a vertical axis extending upwards from the ground. It includes panel (50) and the height adjustment wheel (90) located on this carrier panel (50) The user determines the height of the upper cylinder (30) according to the thickness of the printing plate (40). It can adjust the pressure during the rotational movement of the upper cylinder (30) and the lower cylinder (20). In order to prevent wobbling which would have a negative effect on the plate (40), the upper cylinder (30) and the lower The cylinder (20) is supported by a metal bearing (80) via the cylinder connecting shaft (70). Therefore, it is made easier to use for users, its security is increased, and it is high-quality. A gravure printing press (10) is obtained which allows for the printing process to be done in a high quality. 7 The scope of protection of the invention is set out in the attached claims and is not necessarily detailed in this description. It cannot be limited to what has been described for illustrative purposes. Because a person who is an expert in the field can explain the invention... Without deviating from the main theme, similar structures emerge in light of what has been described above. It is clear that he can place it. 8 REFERENCE NUMBERS GIVEN IN THE FIGURE Engraving Press Lower Cylinder Upper Roller 40 Printing Plates 50 Support Panels 60 Gear Arms 70 Cylinder Connecting Shaft 80 Metal Bearings 90° Height Adjustment Wheel 100 Connecting Pipes 110 Vertical Shafts 111 Gauge Nut 120 Balance Pulleys (I) Vertical Axis (II) Axis of Rotation

Claims

9 REQUESTS 1. The invention applies to manual printing in the fields of printmaking, textile and fashion design, and eco-printing. used; at least one lower cylinder (20) and at least one upper cylinder with equal diameters to each other (30) at least one print that is moved and on which the printing process is carried out. plate (40), at least one carrier panel which provides rigidity to the aforementioned printing plate (40). (10) is an gravure printing press containing (50) and its feature is that the mentioned carrier panel (50) The mentioned upper cylinder (30) is used to perform the printing operation on the printing plate (40) the most It contains at least one gear lever (60), at least one gear lever (60) to which the said gear lever (60) is connected. containing cylinder connecting shaft (70), the aforementioned cylinder connecting shaft (70) lower cylinder (20) and to allow the upper cylinder (30) to rotate in at least one axis of rotation (II). It contains at least one metal bearing (80) on which it is supported.

2. According to claim 1, an engraving press (10) and its feature is; the aforementioned metal bearing (80) on at least one vertical axis (I) of the printing plate (40) in the upper and lower neighborhoods They are connected in a way that there will be two of them.

3. According to claim 1, an engraving press (10) whose characteristic is that the printing plate (40) is vertical. four of which are positioned in the lower neighborhood of the axis (I) and the printing plate (40) It allows the operation to be carried out in a balanced manner between the lower cylinder (20) and the upper cylinder (30). It includes a balance pulley (120).

4. According to claim 1, an engraving press (10) and its feature is; the carrier panel (50) mentioned it must be connected to at least one height adjustment wheel (90).

5. According to claim 4, an engraving press (10) has the feature of; the mentioned height adjustment at least one wheel (90) that allows height adjustment by turning by the user. It must include at least one adjustment nut (111) located on the vertical shaft (110).

6. According to claim 1, an engraving press (10) and its feature is; the carrier panel (50) mentioned To maintain balance, there will be two of them, one on the right and one on the left. It is the fact that.

7. According to claim 1, an engraving press (10) and its feature is the aforementioned carrier panel (50) The printing plate (40) is positioned at the same height level.

8. According to claim 4, an engraving press (10) has the feature of; the mentioned height adjustment at least one connecting pipe that allows the wheel (90) to be connected to the carrier panel (50). (100) is included.

9. According to claim 8, it is an gravure printing press (10) and its feature is; the aforementioned connecting pipe (100) is connected to the carrier panel (50) from four different points.

Images